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KIM, HYOUNG SEOP (김형섭)

Dept of Materials Science & Engineering(신소재공학과)

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BEHAVIOR:57||MECHANICALPROPERTIES:49||MICROSTRUCTURE:49||SEVERE PLASTICDEFORMATION:35||COPPER:23||FINITEELEMENTANALYSIS:21||EXTRUSION:21||DEFORMATION:20||EVOLUTION:20||PLASTICDEFORMATION:19||ALLOY:19||ALUMINUM:18||FLOW:16||severe plastic deformation:16||GRAINREFINEMENT:15||METALS:15||Microstructure:14||equal channel angular pressing:13||Severe plastic deformation:13||HIGHPRESSURE TORSION:12||ALLOYS:12||STRENGTH:12||Finite element method:11||DEFORMATIONBEHAVIOR:10||TEMPERATURE:10||finite element analysis:10||ECAP:10||STEEL:9||Deformation:9||NANOCOMPOSITES:9||DUCTILITY:9||STRAINRATE:9||Grain refinement:8||PHASE:8||COMPOSITE:8||Entropy:8||STRAIN:8||Highpressure torsion:7||Nanostructured materials:7||HOMOGENEITY:7||COMPOSITES:7||plastic deformation:7||SYSTEM:7||Copper:7||CONSOLIDATION:7||ALUMINUMALLOY:7||Powder metallurgy:6||AL:6||finite element method:6||MATRIX COMPOSITES:6||REFINEMENT:6||Strain hardening:6||MICROSTRUCTURAL EVOLUTION:6||CHANNEL:6||CU:6||CHANNEL ANGULAR EXTRUSION:6||Finite element analysis:6||FABRICATION:6||HYDROSTATICPRESSURE:5||grain refinement:5||DESIGN:5||POWDER:5||MODEL:5||Equal channel angular pressing:5||MAGNESIUM ALLOY:5||Twinning:5||GRAINSIZE:5||TEXTURE:5||PLASTICITY:5||Mechanical properties:5||Wear:4||Cobalt alloys:4||Image analysis:4||SHEETS:4||MECHANISM:4||SHS:4||TOOL:4||Iron alloys:4||Manganese:4||MARTENSITICTRANSFORMATION:4||NANOCRYSTALLINE MATERIALS:4||Manganese alloys:4||TRIP/TWIP STEELS:4||TRANSFORMATION:4||Cryogenics:4||DISPERSIONS:4||Severe plastic deformation (SPD):4||SIMULATION:4||Microhardness:4||TWIP steel:4||STRAIN HOMOGENEITY:4||TENSILE PROPERTIES:4||YAG:4||Plasticity:4||Highentropy alloys:4||BULK METALLIC GLASSES:4||PURE COPPER:4||AUSTENITIC STEEL:4||combustion synthesis:4||Hardness:4||Chromium alloys:4||ARB PROCESS:3||EBSD:3||Hardening:3||Aluminum:3||nanocrystalline materials:3||Steel:3||Scanning electron microscopy:3||Ultrafine grained microstructure:3||PERFORMANCE:3||crystallization:3||nanostructured materials:3||STACKINGFAULT ENERGY:3||strain hardening:3||Martensitic transformations:3||microstructure:3||PRINCIPLES:3||PRESSURE:3||TEXTURE EVOLUTION:3||strain rate sensitivity:3||Cryogenic temperatures:3||TENSILE DUCTILITY:3||Strengthening mechanism:3||Tensile properties:3||Metals and alloys:3||Severe plastic deformations:3||RESIDUALSTRESSES:3||MICROSTRUCTURES:3||COMPRESSION:3||AZ91:3||shear band:3||SEVEREPLASTICDEFORMATION:3||JOINTS:3||IMPACT TOUGHNESS:3||Deformation band:3||Martensite:3||TUBES:3||IF STEEL:3||equal channel angular pressing (ECAP):3||EMBRITTLEMENT:3||High entropy alloys:3||SHEET:3||MILDSTEEL:3||NiTi:3||Cryogenic applications:3||TWIST EXTRUSION:3||High pressure torsion:3||THERMALSTABILITY:3||NANOCRYSTALLINE COPPER:3||STRESS:3||deformation:3||IF steel:3||SHEAR BANDS:3||KINETICS:2||ULTRAFINEGRAINED MATERIALS:2||Aluminum alloys:2||RETAINED AUSTENITE:2||MICROALLOYED STEELS:2||DEGRADATION:2||Nanocomposites:2||CONSTITUTIVE MODEL:2||Thermomechanical processing:2||MAGNESIUM:2||Dynamic deformation:2||STABILITY:2||RESISTANCE:2||AMORPHOUSALLOYS:2||MICROHARDNESS:2||DUALPHASE STEEL:2||FORMABILITY:2||BACKPRESSURE:2||Cup forming test:2||DELAYED FRACTURE:2||Mechanical alloying:2||STRAINRATE SENSITIVITY:2||ductility:2||METALLICGLASS:2||SI:2||quantum dots:2||deformation homogeneity:2||Twinning induced plasticity steels:2||Phase transitions:2||Friction:2||Thermodynamic calculations:2||Defects:2||INDUCED NANOCRYSTALLIZATION:2||HYDROGEN EMBRITTLEMENT:2||LOWCARBON:2||FRACTURE:2||ZR41.2TI13.8CU12.5NI10.0BE22.5:2||mechanical alloying:2||interfaces:2||slab analysis method:2||Nanocomposite:2||Delayed fracture:2||ultrahigh gravity (UHG):2||strain rate effect:2||lattice distortion:2||CADMIUMSULFIDE:2||Severe plastic deformation process:2||Strain:2||Deformationinduced phase transformations:2||Stacking faults:2||POWDERMETALLURGY:2||PURE ALUMINUM:2||CYLINDRICALTUBES:2||BONDING ARB PROCESS:2||NONVOLATILE:2||NI:2||Composite materials:2||METALLURGY:2||Bonding strength:2||HARDNESS:2||Sheet forming:2||Strain homogeneity:2||YIELD:2||computer simulation:2||SIMPLE SHEAR:2||Xray diffraction:2||API X80 linepipe steel:2||Bulk metallic glass:2||C ALLOYS:2||temperature distribution simulation:2||COLD COMPACTION:2||Hardness measurement:2||AlCu alloy:2||NANOROD ARRAY:2||DYNAMIC DEFORMATIONBEHAVIOR:2||ELEVATEDTEMPERATURES:2||Angular deformation:2||Workpiece:2||Strain hardening behavior:2||entropy:2||FRACTURE MECHANISMS:2||twist extrusion:2||Tension test:2||AlMgSi alloy:2||Amorphous alloy:2||BULK METALLICGLASS:2||SHEARBAND FORMATION:2||FRICTION MODELS:2||Supercooled liquid region:2||Twist extrusion:2||ALMG ALLOY:2||NICKEL:2||combustion front quenching method (CFQM):2||densification:2||Dislocation densities:2||Friction stir welding:2||Metallurgy:2||Holeexpansion ratios:2||POWDERS:2||SiC:2||Dynamic strain aging:2||PRECIPITATION:2||AlSi alloy:2||Restoration mechanisms:2||Glasses, metallic:2||Mechanical properties at ambient temperature:2||PIPE:2||Simple shear:2||DYNAMIC RECRYSTALLIZATION:2||PARTICLES:2||NANOSTRUCTURED MATERIALS:2||GRAINED MATERIALS:2||SIZE:2||bulk amorphous matrix composite:2||bandgap tuning:2||residual stress:2||PLASTICDEFORMATION BEHAVIOR:2||COMPACTION:2||TEMPERATURES:2||TRIP STEELS:2||Finite element method simulation:2||Twinninginduced plasticities:2||Aluminium matrix:2||Friction stir processing:2||tensile strength:2||Weldability:2||Stacking fault energies:2||DIGITAL IMAGE CORRELATION:2||Lowcarbon steel:2||COOLING RATE:2||Hot deformation:2||RATE SENSITIVITY:2||Layered structures:2||DIE:2||Plastic deformation mechanisms:2||Mechanical testing:2||Titanium:2||CAST:2||FE:2||microstructural aspects:2||TICFE CERMET:2||WAVE:2||COMPOSITE POWDER:2||copper:2||twinroll strip casting:2||TIO2:2||ECAE PROCESS:2||Rolling:2||Plastic deformation:2||CRYSTALSTRUCTURES:2||Tensile testing:2||alloy:2||Stretch flange abilities:2||FRACTURETOUGHNESS:2||CLEAVAGE FRACTURE:2||YIELD STRENGTH:2||CU ALLOY:2||Interfaces:2||Electron microscopy:2||Shear band:2||Ultrafine grained materials:2||POROUS METALS:2||DENSIFICATION:2||CERAMICS:2||mechanical properties:2||microstructure evolution:2||photovoltaics:2||IONIC LAYER ADSORPTION:2||NANOCRYSTALS:2||TEMPERATURE RISE:2||magnesium:2||high pressure torsion:2||Shear deformation:2||Sheet metal:2||Strain rate:2||Tensile strength:2||TWIP STEEL:2||STRENGTHENING MECHANISMS:2||AMORPHOUS ALLOY:2||Dislocation:2||FRICTION:2||Bainite:2||Effective dendrite size:2||Strength:2||ELEVATEDTEMPERATURE:2||Bauschinger effect:2||Backward pressure:2||bulk Y3Al5O12 (YAG):2||MECHANICALBEHAVIOR:2||adiabatic temperature:2||transparent Y3Al5O12:2||TENSILE BEHAVIOR:2||Grain refining:2||In situ processing:2||Torsional stress:2||Welds:2||

Open Access System for Information Sharing

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Open Access System for Information Sharing

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Publication & Time Cited Count(For the Last 5 years)

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Publication & Time Cited Count
(For the Last 5 years)