ScholarWorks@Hongik: Kim, Woo Jin

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Kim, Woo Jin (김우진)

Graduate School (Department of Materials Science and Engineering)

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Magnesium alloys:33||Microstructure:20||Grain refinement:20||Mechanical properties:19||Severe plastic deformation:19||Metals and alloys:16||Mechanical characterization:16||Superplasticity:14||Texture:12||Plasticity:11||superplasticity:11||Liquidsolid reactions:11||magnesium alloy:10||Thermomechanical processing:10||texture:10||Grain size:9||Stress/strain measurements:9||Rolling:9||Severe plastic deformation (SPD):9||equal channel angular pressing:9||superplastic:8||microstructure:8||Processing maps:8||Aluminum alloys:8||Differential speed rolling:8||magnesium alloys:7||High entropy alloys:7||mechanical properties:7||Magnesium:7||severe plastic deformation:6||Grains and interfaces:6||Ultrafine grains:6||Corrosion:5||Plasticity methods:5||ductility:5||grain refinement:5||aging:5||Grain growth:5||Superelasticity:5||differential speed rolling:5||Hot compression:5||strength:5||Recrystallization:5||Metallography:5||Magnesium alloy:5||Ultrafinegrained microstructure:5||Weight loss:4||casting:4||Creep:4||aluminum alloys:4||Titanium:4||Highratio differential speed rolling:4||aluminum:4||Copper:4||extrusion:4||Ductility:4||Shape memory alloys:4||Xray diffraction:4||Grain refining:4||glasses, metallic:3||grain refining:3||High strength:3||Aluminum:3||Extrusion:3||Transmission electron microscopy:3||Hot working:3||Phase transformation:3||mechanical property:3||Deformation mechanism maps:3||Polarization:3||Zrbase alloy:3||Carbon nanotubes:3||alloys:3||Hardness:3||Processing map:3||Casting:3||severe deformation:3||severe plastic deformation (SPD):3||Casting methods:3||composites:3||Dynamic recrystallization:3||Annealing:3||Grain boundaries:3||Characterization:3||equalchannel angular extrusion:3||ultrafine grains:3||Shear bands:3||6061 Al alloy:3||asymmetrical rolling:2||mechanical properties at high temperatures:2||Severe deformation:2||Modeling:2||Foil anode:2||Bulk deformation:2||bulk metallic glass sheet:2||Calcium:2||AZ31:2||finite volume method simulation:2||TEM:2||Pitting corrosion:2||Quasicrystals:2||Passive films:2||Deformation mechanism:2||Electron microscopy:2||composite:2||Shape memory alloy:2||3D simulation:2||Other metallic alloys:2||grain size:2||Composites:2||squeeze casting:2||EBSD:2||SEM:2||strain homogeneity:2||strain uniformity:2||crystallization:2||hot compression:2||equal channel angular extrusion:2||grain boundary sliding:2||Solute drag creep:2||ultrafinegrained microstructure:2||Grain boundary sliding:2||hole punching:2||Stressstrain measurement:2||superplastic behaviour:2||gas pressure forming:2||Secondary phase:2||ECAP:2||Metal matrix composites:2||tensile test:2||high temperature deformation:2||threshold stress:2||Metal matrix composites (MMCs):2||Fine grains:2||parametric geometries:2||particle weakening:2||Metalmatrix composites (MMCs):2||activation energy:2||plasticlike deformation:2||Polarisation:2||metals:2||metallography:2||Copper alloys:2||powder processing:2||powdermetallurgy:2||precipitation:2||high strength:2||Precipitation:2||processing maps:2||Orientation relationships:1||Oxidation driving force:1||Oxide dispersion strengthened alloy:1||Particle stimulated nucleation (PSN):1||Plastic deformation:1||Plasticity method:1||Porous structure:1||Potentiodynamic Polarization:1||Powder:1||Powder in sheath rolling:1||Powder methods:1||Powder processing:1||Prestressing:1||Pullout resistance:1||Pure titanium:1||Pushing and Pulling Actions:1||Quasicrystalline icosahedral phase (Iphase):1||Rapidsolidification:1||Recovery stress:1||Recycling:1||Restrainer:1||Rolling Parameter:1||SMA Ring:1||SMA fibers:1||SMA reinforcing fiber:1||SPD:1||STEM:1||Scanning electron microscopy:1||Segregated phases:1||Segregation:1||Severe Plastic Deformation:1||Shape Memory Alloys:1||Shape memory:1||Shape memory alloys (SMA):1||Shape memory effect:1||Shapememory alloys:1||Smart Damper:1||SnZn alloy:1||Solid solution:1||Solidification and casting:1||Strain hardening:1||Strainrate sensitivity:1||Strength:1||Stress corrosion:1||Superplastic:1||Superplastic deformation:1||Surface phenomena:1||Symmetric behavior:1||Taylor factors:1||Tensile behavior:1||Tensile ductility:1||Thermal analysis (metals and alloys stripcasting grain growth magnesium alloys superplasticity precipitates):1||Thermal stability:1||Tin:1||Toughness, recovery stress:1||Transmission Electron Microscopy (TEM):1||Transmission electron microscopy (TEM):1||Twin density:1||Ultra Fine Grains:1||Ultra fine grains:1||UltraFine Grain:1||Ultrafine grain:1||Uniform ductility:1||Warm Press Forming:1||Work hardening:1||Workhardening rate:1||Xray analysis:1||ZenerHollomon parameter:1||accumulative roll bonding:1||agehardenable:1||aluminum alloy:1||amorphous:1||anelastic strain rate:1||anelasticity:1||annealing:1||austenite:1||billet:1||buckling analysis:1||buckling coefficient:1||buffer layer:1||bulk metallic glasses:1||capacity:1||cast iron:1||casting (including segregation):1||cold drawing:1||compression test:1||constitutive modeling:1||continuous recrystallization:1||conventional rolling:1||corrosion:1||creep:1||damage:1||deformation and fracture:1||deformation map:1||deformation mechanism map:1||deformation mechanisms:1||differential speed rolling (DSR):1||differentialspeedrolling:1||diffusion:1||dislocation density:1||divorced eutectoid transformation:1||dynamic grain growth:1||dynamic recrystallization:1||electrochemical impedance spectroscopy:1||electromagnetic:1||electron backscatter diffraction (EBSD):1||electron backscattering diffraction:1||electron backscattering diffraction (EBSD):1||equal channel angular pressing (ECAP):1||equalchannel angular pressing (ECAP):1||equalchannelangularpressing:1||equalchannelangularpressing (ECAP):1||eutectoid steels:1||external quantum efficiency:1||failure:1||fatigue life:1||fatigue limit:1||fatigue notch sensitivity:1||ferrite:1||finite element analysis:1||finite volume method:1||finite volume simulation:1||gasblow forming:1||gaspressure forming:1||geometrical nonlinearity:1||glass metallic:1||grain boundary angle:1||grain growth:1||hardness test:1||heat dissipation:1||heat treatment:1||high strain rate superplasticity:1||high temperature:1||highentropy alloys:1||highratio differential speed rolling:1||hightemperature alloys:1||hole eccentricity:1||holeinjection layer:1||hot pressing:1||hot rolling:1||hotandwarm working:1||hypereutectoid steels:1||ingot processing:1||interface:1||iron carbide:1||liquid phase:1||local instability:1||luminance:1||magnesium:1||magnesium matrix:1||material nonlinearity:1||mechanical lulling:1||mechanical milling:1||metallic glasses:1||metals and alloy:1||metals and alloys:1||microforming:1||microforming:1||multipressing:1||nanostructured intermetallics:1||nanostructured intermetallics (including preparation methods):1||nonuniform deformation:1||organic light emitting diode:1||plastic:1||plastic forming:1||plates:1||porous materials:1||postbuckling:1||powder metallurgy:1||press speed:1||prestressing:1||pure Ti:1||recrystallization:1||reinforced concrete:1||relaxation strength:1||remaining anelastic strain:1||route:1||scanning and transmission electron microscopy:1||segregated phases:1||shape memory:1||shape memory alloys:1||shape memory effect:1||sheet forming:1||short SMA fibres:1||simulation:1||sliding wear:1||solute drag creep:1||spark plasma sintering:1||spray forming:1||springback:1||steels:1||stirring:1||strain, high pressure:1||stress component:1||stressstrain relationship measurement:1||subgrain:1||superelastic cyclability:1||superelasticity:1||superplastic behavior:1||superplastic deformation:1||superplastic forming:1||tangential stress:1||throughthickness hole:1||titanium:1||transition:1||transmission electron microscopy:1||transmission electron microscopy (TEM):1||true strainrate sensitivity exponent:1||ultra fine grained microstructure:1||ultra fine grains:1||ultrafine grain:1||ultrahigh carbon steels:1||ultrafine grained microstructures:1||vanadium:1||warm forming:1||work hardening rate:1||2124 Al composite:1||yield strength:1||7475Al+0.7Zr:1||7475Al+0.7Zr alloy:1||A : metals and alloys:1||A superplastic Zn22%Al:1||A. Stress/strain measurements:1||ARB:1||AZ31 Mg alloys:1||AZ61:1||AZ61 Mg alloy:1||AZ61 magnesium alloy:1||AZ61X(Ti, Ca) Alloys:1||Accumulative RollBonding:1||Accumulative roll bonding:1||Accumulative roll rolling:1||Acid corrosion:1||Activation energy for plastic flow:1||Activation volume:1||Age hardening:1||Agehardenable:1||Aging:1||Al25Si alloy:1||AlTi alloys:1||Albased alloys:1||Almatrix composites:1||Aluminum Matrix Composite:1||Aluminum matrix composite:1||Amorphization:1||Amorphous materials:1||Amorphous structure:1||Annealing temperature:1||Ascast microstructure:1||Aspect ratio:1||Asymmetrical rolling:1||B. Other metallic alloys:1||Ball mill:1||Ball milling:1||Biocorrosion resistance:1||Biodegradation:1||Bond strength:1||Bridges:1||C : mechanical properties:1||C. Casting methods:1||CNTs:1||CaO:1||Calorimetry:1||Carbon black:1||Carbon nano tube:1||Cementbased composites:1||Circular ring:1||CoCr alloy:1||Coble creep:1||Cold rolling:1||Cold working:1||Compressive behaviors:1||Concrete:1||Continuous dynamic recrystallization (CDRX):1||Corrosion behavior:1||Corrosion properties:1||Corrosion resistance:1||Cross rolling:1||D : strain high pressure:1||D. Plasticity:1||DS aluminum alloys:1||Damage:1||Damascus steel:1||Damper:1||Deepdrawing:1||Deformation mechanism equations:1||Deformation mechanisms:1||Directed energy deposition process:1||Dislocation:1||Dislocation density:1||Dual phase:1||Dualphase:1||ECA pressing:1||ECAE:1||EIS:1||Effects of strain:1||Electron backscattered diffraction (EBSD):1||Electron backscattering diffraction (EBSD):1||Elliptic ring:1||Equal channel angular pressing:1||Failure Criteria:1||Fatigue:1||Fatigue life:1||Fe alloys:1||Fe based alloy:1||Febased SMA:1||Finite element:1||Finite element analysis:1||Flagshaped behavior:1||Flexural behavior:1||Forging:1||Formability:1||Fracture:1||Fracture behavior:1||Fragility analysis:1||Grain and interfaces:1||Grains and interface:1||Growth restriction factor:1||HCP:1||HRDSR:1||High Strength:1||High ratio differential rolling (HRDSR):1||High ratio differential speed rolling:1||High temperature deformation mechanism:1||HighRatio Differential Speed Rolling:1||Highentropy alloy:1||Hot compressive deformation:1||Hot deformation:1||Hot workability:1||Icosahedral quasicrystal:1||Impurity:1||In situ fabrication:1||LIST:1||LPSO:1||Large elongation:1||Liion batteries:1||Lithium ion battery:1||M1 alloy:1||Magnesium Alloy:1||Magnesium alloys chips:1||Magnesiumbased composites:1||Magnesiumlithium alloy:1||Martensitic phase transformation:1||Mechanical:1||Mechanical Property:1||Mechanical property:1||Mechanical testing:1||Metallic glasses:1||Metals:1||Mg:1||Mg alloy:1||MgZnCa alloys:1||MgZnY alloys:1||MgZnZr (ZK60) alloy:1||Microstructural Modification:1||Microstructures:1||Modelling/simulations:1||Mortar beam:1||Nano Grained Structure:1||Nanocomposites:1||Nanocrystalline structure:1||Nanograined:1||Nanostructured materials:1||Nickel alloys:1||Niobium:1||Nonferrous metals and alloys:1||

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