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KWON, TAI HUN (권태헌)

Div of Integrative Biosci & Biotech(융합생명공학부)

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FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||FLOWS:8||FLOW:8||SIMULATION:8||MIXER:6||POLYMERS:6||FABRICATION:6||PREDICTION:5||ADVECTION:5||MOLDINGS:5||CENTERGATED DISK:5||FORMULATION:5||TENSORS:4||LITHOGRAPHY:4||RELAXATION:4||SUSPENSIONS:4||REPLICATION:4||MICROCHANNELS:4||RESIDUALSTRESSES:4||BEHAVIOR:3||WATERREPELLENT:3||NUMERICALSIMULATION:3||TOTAL ANALYSIS SYSTEMS:3||PROCESSING CONDITIONS:3||MOLECULARORIENTATION:3||ROUGH SURFACES:3||REINFORCED THERMOPLASTICS:3||COMPOSITES:3||ENHANCEMENT:3||Hot embossing:3||THERMOVISCOELASTIC MELTS:3||MODEL:3||Microchannel:2||PLASMA:2||birefringence:2||INJECTIONMOLDED COMPOSITES:2||RESIDENCE TIME DISTRIBUTION:2||DROPLETS:2||FILMS:2||Nickel mold insert:2||TECHNOLOGY:2||ADHESION:2||RESIST:2||UNIFIED SIMULATION:2||SURFACES:2||EXPERIMENTALVERIFICATION:2||POLYPROPYLENE:2||PARTICLES:2||PIPE:2||EXTRUSION PROCESS:2||KNITLINES:2||WETTABILITY:2||THERMOPLASTIC POLYMERS:2||Deep Xray lithography:2||MICROSTRUCTURES:2||MICROLENS ARRAYS:2||microchannel:2||FIBER ORIENTATION:2||SERPENTINE LAMINATING MICROMIXER:2||ORIENTATION:2||PARTS:2||CLOSURE APPROXIMATIONS:2||POSTFILLING STAGES:2||TENSILE PROPERTIES:2||NUMERICAL PREDICTION:2||micromixer:2||SYSTEMS:2||STRENGTH:2||DESIGN:2||CONSTITUTIVE MODEL:1||INJECTION:1||sprue:1||MIXING PERFORMANCE:1||FINITEELEMENTS:1||SCREW CHARACTERISTICS:1||EXTRUDER:1||SLIP EFFECTS:1||KINETICS:1||INTERNALSTRESSES:1||NAVIERSTOKES EQUATIONS:1||THIN POLYMERFILMS:1||SUPERHYDROPHOBIC SURFACES:1||mapping method:1||independent adjustability:1||replication quality:1||nanopillar array:1||CREATION:1||EXTRUSION:1||residual stresses:1||SOLIDIFICATION:1||robin boundary condition:1||MIXTURES:1||PERFORMANCE:1||POWDER INJECTION MOLDING:1||EXTRUDERS:1||mixing:1||chaotic advection:1||anodic aluminum oxide (AAO):1||ADHESIVE:1||SUPERHYDROPHOBIC SURFACE:1||MICROCHANNEL:1||injection molding:1||RHEOLOGICAL PROPERTIES:1||HeleShaw approximation:1||SUPG FEM:1||fountainflow:1||pseudoconcentration:1||VISCOUS FLUIDS:1||EXTRUSION PROCESSES:1||MOTION:1||CAPILLARY:1||FILLING PROCESS ANALYSIS:1||DROPS:1||POLYMER SURFACES:1||LOTUS:1||CHIP:1||REYNOLDSNUMBER:1||mirror manipulator:1||replication measure:1||FRACTAL STRUCTURE:1||pin mixer:1||INTEGRATED SIMULATION:1||fiber suspensions:1||CONCENTRATEDSOLUTIONS:1||FINITE ELEMENT ANALYSIS:1||POLYESTER:1||CAVITIES:1||FLOW BEHAVIOR:1||STATES:1||CONTACT ANGLES:1||TECHNOLOGIES:1||LAB:1||MODIFIED LIGA PROCESS:1||microfluidics:1||KENICS STATIC MIXER:1||CHAOTIC MICROMIXERS:1||HELICAL FLOWS:1||mixing protocol:1||ARRAYS:1||aperiodic sequence:1||GEOMETRY:1||spherical joint:1||microfilter:1||FORCE:1||SUPER:1||centrifugal force:1||modeling:1||dynamical systems:1||singlescrew extruder:1||fluid mixing:1||free volume theory:1||WARPAGE:1||QUENCHED SAMPLES:1||coupling effect:1||STREAMLINES:1||EQUATIONS:1||SLIP PHENOMENA:1||SLIP CHARACTERIZATION:1||COMPOUND:1||numerical simulation:1||residual stress:1||MICROFABRICATION:1||FEATURES:1||Microstructured anodic aluminum oxide (AAO) mold:1||SCALE:1||SYSTEM:1||lamination:1||BUILDUP:1||PCM:1||THERMOSET CURE:1||NANOIMPRINT LITHOGRAPHY:1||FORMULATIONS:1||PLANTLEAVES:1||MAPPING METHOD:1||Micro/nanohybrid lens array:1||PART:1||CHANNELS:1||chaotic mixing:1||microinjection molding:1||microendmilling:1||hydrophobicity:1||VISCOSITY:1||PARTICLEFILLED PLASTIC MATERIALS:1||FINITE DIFFERENCE ANALYSIS:1||POWDER/BINDER MIXTURES:1||HOMOGENEOUS FLOWS:1||STATE:1||precision injection molding:1||shrinkage:1||INSERT:1||Multiscale structures:1||ANISOTROPIC SHRINKAGE:1||BIREFRINGENCE:1||BIOCHIP:1||labonachip:1||microfluidic system:1||UVnanoimprint lithography (UVNIL):1||plant leaf:1||analysis:1||flow visualization:1||density relaxation:1||SHRINKAGE:1||centergated disk:1||closure approximation:1||CAVITY:1||HYBRID NUMERICAL TECHNIQUE:1||STRESS:1||SCREW EXTRUDERS:1||FLUIDS:1||MICROFLUIDICS:1||CHAMBER:1||electropolishing:1||MICROPUMP:1||transient filling flow:1||

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