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SUH, DONG WOO (서동우)

Graduate Institute of Ferrous Technology(철강대학원)

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KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent diffusion:1||CONTROLLED PRECIPITATE GROWTH:1||PARTITION:1||TRANSFORMATIONS:1||Interphase precipitation:1||finite element method:1||semisolid forming:1||ALUMINUMALLOYS:1||SHEETS:1||SURFACES:1||TRIPassisted:1||Deltaferrite:1||METASTABLE AUSTENITIC STEEL:1||MECHANICAL STABILIZATION:1||TRANSITIONMETAL CARBIDES:1||BCC IRON:1||QUANTITATIVEANALYSIS:1||nonisotropic strain:1||kappaCarbide precipitation:1||Energy storage materials:1||SINGLECRYSTAL:1||API X70:1||Coldwork tool steel:1||BOUNDARIES:1||homogeneous deformation:1||PEARLITE:1||hot deformation:1||bainitic transformation:1||variant selectivity:1||electrical conductivity:1||FENI BICRYSTALS:1||TEXTURES:1||EXTERNAL STRESS:1||Phase transformation:1||PLASTIC RANGE:1||Linepipe:1||Stress affected transformation:1||lattice deformation:1||size effect:1||TRANSFORMATIONINDUCED PLASTICITY:1||ASSISTED STEELS:1||PRECIPITATION BEHAVIOR:1||ENERGY:1||boundary migration:1||GRAINBOUNDARY MIGRATION:1||Metals and alloys:1||Mechanical properties:1||MICROSTRUCTURES:1||toughness:1||HYDROGENINDUCED CRACKING:1||8% Crsteel:1||CARBIDE:1||Modelling studies:1||DIVORCED EUTECTOID TRANSFORMATION:1||TEMPERATURES:1||ZR:1||phase transformation:1||stress:1||tensile strength:1||Hydrogen permeation:1||Simultaneous transformations:1||Epsilon:1||AUSTENITE GRAINSIZE:1||Crystallographic grain size:1||Refinement:1||SIZE:1||Coalesced bainite:1||Weldability:1||mechanically induced martensitic transformation (MIMT):1||stress induced:1||strain induced:1||hardenability:1||BOUNDARY MIGRATION:1||STRESSES:1||phase fraction:1||metallography:1||tran forrnation plasticity:1||FUSIONREACTORS:1||MARTENSITIC STEEL:1||anisotropic properties:1||FRACTURETOUGHNESS ANISOTROPY:1||Tempering:1||Copper:1||BEARING STEELS:1||SC:1||BONDS BROKEN:1||yield elongation:1||transformation:1||Quench and partitioning:1||Solubility of carbon:1||ATOMPROBE:1||Plastic deformation:1||Pipeline steel:1||Red oxide:1||Start temperature:1||Anisotropic properties:1||TOUGHNESS:1||Bimodal plate size:1||MARTENSITE:1||INTERFACES:1||molybdenum:1||boundary diffusion:1||MISMATCH PLASTICITY:1||Elasticity:1||SIMULATION:1||LINEPIPE STEELS:1||CU:1||LATTICE PLANE ANALYSIS:1||transformation strain:1||7075 tubes:1||bainite:1||CuCa alloy:1||SINGLECRYSTALS:1||deltaferrite:1||0.4C1.5SI0.8MN STEEL:1||Oxidation theory:1||Delamination:1||X80 steel:1||PIPELINE STEEL:1||Mechanism of coalescence:1||Ductility ratio:1||Spot welding:1||transformationinduced plasticity (TRIP):1||martensite:1||start temperature:1||DRIVINGFORCE:1||Formation energy:1||Lightweight steel:1||Shape memory:1||Calorimetry:1||PHASEFIELD MODEL:1||LIGHTWEIGHT STEELS:1||ductiletobrittle transition temperature (DBTT):1||PRESSUREVESSEL STEELS:1||LOWCARBON STEEL:1||Hydrogen absorption:1||CHROMIUM:1||scandium microstructure:1||SIZED CARBIDES:1||metals:1||ALLOTRIOMORPHS:1||grain boundary serration:1||Vadded low carbon steel:1||deformation:1||low carbon steel:1||variant:1||bainite transformation:1||Al alloy:1||copper rotor:1||aluminum alloys:1||TOUGHNESS ANISOTROPY:1||LINEPIPE:1||FEMNSI:1||DAMPING CAPACITY:1||FE24MN6SI ALLOYS:1||NEEL TEMPERATURE:1||Intercritical annealing:1||WELD METALS:1||void nucleation and growth:1||NITRIDES:1||Superplasticity:1||Phase transformations:1||Finite element analysis:1||chromium:1||austenite formation:1||nonisotropic volume change:1||TRIPaided steels:1||phosphorous:1||Atom probe tomography (APT):1||KINETICS:12||IRON:12||RETAINED AUSTENITE:12||MICROSTRUCTURE:11||DEFORMATION:10||BEHAVIOR:10||TEMPERATURE:8||SI:8||TRIP STEELS:7||MODEL:7||BAINITE:6||AUSTENITE:6||TRIP steel:6||SUPERPLASTICITY:6||TRANSFORMATION:6||CONSTITUTIVE MODEL:5||PHASETRANSFORMATION:5||MULTIPHASE STEELS:5||HSLA STEELS:4||ALUMINUM:4||DIFFRACTION:4||CHEMICALLY BANDED 5140STEEL:4||EXTERNALLY APPLIED STRESS:4||STEELS:4||PHASETRANSFORMATIONS:4||EVOLUTION:4||STAINLESSSTEEL:4||HEATTREATMENT:4||RECRYSTALLIZATION:4||steel:4||PRECIPITATION:4||SYSTEM:4||EMBRITTLEMENT:4||GROWTH:4||GRAINSIZE:4||SHEET:4||MECHANICALPROPERTIES:4||Retained austenite:4||FERRITE:4||PLASTICITY:4||DIMENSIONAL ANISOTROPY:4||STRENGTH:4||TRIP steels:4||DELAYED FRACTURE:4||simulation:3||Steels:3||TiC:3||DIFFUSION:3||fracture:3||recrystallization:3||STRAIN:3||METALS:3||Thermodynamics:3||heat treatment:3||CARBON:3||HIGHSTRENGTH STEELS:3||orientation relationship:3||HSLA steel:3||GRAINBOUNDARY SEGREGATION:3||intercritical annealing:3||EBSD:3||STRESS:3||ALLOYS:3||ALLOY:3||LOWTEMPERATURE BAINITE:2||DUALPHASE STEELS:2||ANTIMONY:2||reheating:2||NIOBIUM CARBIDE:2||TWIP STEEL:2||Coarsening:2||Local strain measurement:2||TENSION:2||warm hydroforming:2||BAINITE TRANSFORMATION:2||Crystallographic texture:2||Hardenability:2||AUSTENITE DECOMPOSITION:2||Stability:2||FRACTION:2||CHARPY IMPACT PROPERTIES:2||Microstructure:2||THERMALANALYSIS:2||grain growth:2||Bainite:2||NOTCH TOUGHNESS:2||Precipitation:2||TENSILE:2||THERMALSTABILITY:2||INTERNAL OXIDATION:2||ALLOYING ELEMENTS:2||TWINNINGINDUCED PLASTICITY:2||TERNARYSYSTEMS:2||Nanostructure:2||NANOMETERSIZED CARBIDES:2||transformation plasticity:2||MULTICOMPONENT MULTIPHASE SYSTEMS:2||LOWALLOY STEEL:2||aluminium:2||STACKINGFAULT ENERGY:2||MARTENSITETRANSFORMATION:2||STAINLESSSTEELS:2||AL:2||CARBONSTEEL:2||Image analysis:2||Dual phases:2||Molybdenum:2||Ni30Fe alloy:2||HOT STRIP MILL:2||microstrucutre:2||Strain partitioning:2||nanostructured metals:2||SILICON:2||HIGHSTRENGTH STEEL:2||microstructure:2||MECHANISM:2||recovery:2||TRIPASSISTED STEELS:2||INDUCED MARTENSITICTRANSFORMATION:2||IRONCARBON:2||austenite percolation:2||bainitic steels:2||hydrogen desorption:2||AUSTENITIC STAINLESSSTEELS:2||Hydrogen:2||KS relationship:2||Grain boundary segregation:2||MARTENSITICTRANSFORMATION:2||TRANSFORMATION PLASTICITY:2||DEFORMATIONBEHAVIOR:2||DUALPHASE:2||HOT SHORTNESS:2||SEGREGATION:2||TIN:2||dissolution:2||MICROALLOYED STEEL:2||PARTICLES:2||hydrogen:2||austenitic FeMnC steel:2||Trapping energy:2||NUCLEATION:2||RUNOUT TABLE:2||dilatometry:2||STRUCTUREPROPERTY RELATIONSHIPS:2||HIGHSTRENGTH:2||OXIDES:2||NbC:2||304STAINLESSSTEEL:2||Martensite:2||tensile properties:2||TRIP STEEL:2||MNC SYSTEM:2||Firstprinciples calculations:2||dilatometric analysis:2||gas permeability:2||MG ALLOY:1||alloys:1||STRESSCORROSION CRACKING:1||WAVE BASISSET:1||Steel:1||1ST PRINCIPLES:1||DEFECTS:1||Alloying:1||SPHEROIDIZATION:1||INTERFACIAL ENERGY:1||CUBIC CRYSTALS:1||THERMOCALC:1||MANGANESE:1||Niobium:1||V(C,N) precipitate:1||austenite:1||flow behavior:1||grain refining:1||uniaxial tensile test:1||Anisotropy:1||CRYSTALLOGRAPHIC TEXTURE:1||High Mn steels:1||SHAPEMEMORY ALLOYS:1||CRITICAL DRIVINGFORCE:1||PHASESTABILITY:1||METAL:1||Segregation:1||MORPHOLOGY:1||transformation texture:1||ELECTRONICSTRUCTURE:1||Nonisotropy:1||5140STEEL:1||ANISOTROPY:1||boronadded steel:1||permanent strain:1||STABILITY:1||FORMABILITY:1||COPPER:1||IRONALUMINUM:1||neutron:1||BAINITIC STEELS:1||Hypereutectoid steel:1||Dissolution:1||Ferrite:1||FLAT CRYSTAL SURFACES:1||thermomechanical processing:1||X ALLOYS:1||LOWALLOY STEELS:1||flow curve:1||ferrite/pearlite steel:1||RECOVERY:1||carbon steel:1||elongation:1||SOLIDIFICATION:1||TENSILESTRESS:1||Memory effect:1||Silicon steel:1||SCALE FORMATION:1||STEEL:1||variant selection:1||SUPERCONDUCTIVITY:1||steels:1||DILATATION:1||retained austenite:1||Nanoindentation:1||MULTICOMPONENT ALLOYS:1||TEXTURE EVOLUTION:1||pipeline steel:1||Carbide:1||FE(110):1||Cementite:1||AL(SC) ALLOYS:1||AL3SC:1||Multicomponent