ScholarWorks@Hanyang University: Jang, Jae Il

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Jang, Jae Il (장재일)

COLLEGE OF ENGINEERING (SCHOOL OF MATERIALS SCIENCE AND ENGINEERING)

Research Area: 재료의 기계적 거동

Tel 02-2220-0402
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Nanoindentation:49||Highentropy alloy:15||nanoindentation:14||Hardness:13||Highpressure torsion:11||highpressure torsion:10||Hydrogen:9||Creep:7||Strainrate sensitivity:7||hardness:6||Thermal desorption spectroscopy:5||Timedependent plasticity:4||Steel:4||Hydrogen embrittlement:4||Size effect:4||Bulk metallic glass:4||Xray diffraction:3||mechanical properties:3||Nanocrystalline metal:3||Nanoporous gold:3||Additive manufacturing:3||Grain refinement:3||grain refinement:3||Indentation size effect:3||amorphous alloy:3||intermetallic compound:3||plasticity:3||Metallic glass:3||severe plastic deformation:3||diffusion bonding:2||Nucleation:2||Grain boundary sliding:2||Microcompression test:2||Micropillar compression:2||Microstructure:2||Pipeline steel:2||Plastic deformation:2||Toughness:2||free volume:2||Plasticity:2||Grain boundary strengthening:2||Porous materials:2||Aging:2||Amorphous alloys:2||Nanocrystalline:2||AlSi casting alloy:2||Shear bands:2||Shear transformation zone:2||mechanical bonding:2||Martensitic transformation:2||ZnAl alloy:2||Mechanical behavior:2||Mechanical properties:2||Mechanical testing:2||Heataffected zone:2||nanocrystalline metal:2||Statistics:2||Austenitic stainless steel:2||bulkstate reaction:2||Nanomechanical properties:2||continuum damage mechanics:2||Bulk amorphous materials:2||shortrange ordering:2||Metallic glasses:2||Nickel:2||HallPetch relation:1||Heatresistant steel:1||Heterogeneity:1||Heterogeneous nucleation:1||High Mn steel:1||High entropy alloy:1||High temperature mechanical properties:1||HighEntropy Alloy:1||HighPressure Torsion:1||Highcycle fatigue:1||Hydride:1||Hydrogen absorption:1||Hydrogen charging method:1||Hydrogen distribution:1||Hydrogen storage alloy:1||In situ SEM test:1||In situ TEM:1||Inconel 740:1||Instrumented Indentation:1||Instrumented microindentation:1||Intermetallics:1||Ion irradiation:1||Kinetic (or cold) spray:1||Lathmartensitic structure:1||Layerbylayer (LbL):1||Linepipe steel:1||Magnesium alloy:1||Manufacturing:1||Martensitic phase transformation:1||Mechanical twinning:1||Melt treatment:1||Melting temperature:1||Metal matrix nanocomposite:1||Metallic:1||Metastable phase:1||Microcompression:1||Microstructure characterization:1||Millimeterlong silicon nanowires:1||Molecular dynamics:1||Multilayered steel:1||Multicomponent:1||Nano indentation:1||Nanoindentation:1||Nanocrsytallization:1||Nanocrystal:1||Nanocrystalline Cu:1||Nanocrystalline Ni:1||Nanocrystalline materials:1||Nanocrystalline metals:1||Nanocrystalline nickel:1||Nanocrystallization:1||Nanocrystals:1||Nanoelectronics:1||Nanoindnetation:1||Nanopillar:1||Nanotwinned metals:1||Ni:1||Nibased superalloy:1||Nucleation and growth:1||Orientation:1||Orowan strengthening:1||Oxidation resistance:1||Particle strengthening:1||Poly(allylamine) hydrochloride (PAH)/:1||Popin:1||Postdeformation annealing:1||Prestrain effect:1||Precipitate:1||Precipitation strengthening:1||Refinement:1||Residual stress:1||Scanning electron microscopy:1||Selective laser melting:1||Semiconductors:1||Shear transformation zone (STZ):1||Slip lines:1||Softmagnetic property:1||Solar cells:1||Solidification:1||Spherical indenter:1||Statistical analysis:1||Strain rate:1||Strength:1||Strengthening:1||Strengthening mechanism:1||Stress concentration:1||Stress reduction:1||Stressstrain relationship:1||Surface corrugation:1||Surface modification:1||Surface orientation:1||Surface roughness:1||T5 treatment:1||Ta:1||3D printing:1||Tensile test:1||ThroughSilicon Via (TSV):1||Ti alloys:1||TiFe alloy:1||Tribology:1||Tungsten:1||Twin faults:1||Twophase alloy:1||Ultrafinegrained material:1||Ultrasonic melt treatment:1||Vacancy:1||Viscoplasticity:1||Viscous flow:1||Weld heataffected zone:1||Work hardening:1||Wrinklefree graphene:1||Wrinkled graphene:1||Wrinkled membrane:1||Yield behavior:1||Yield phenomena:1||Yield strength:1||Yielding:1||Zirconium alloy:1||ZnO:1||ZnO nanorods:1||Zr alloy:1||Zr alloy strip:1||Zrrich intermetallics:1||activation:1||amorphous materials:1||atomic packing density:1||biodegradation:1||bulk metallic glass (BMG):1||charpy impact test:1||chemical heterogeneity:1||cooling rate:1||corrosion:1||creep:1||deformation:1||deformation and fracture:1||dislocation:1||dynamic recrystallization:1||dynamic strain aging:1||elastic shear stress:1||elastostatic compression:1||elevated temperature strength:1||equilibrium pressure:1||excess free volume:1||finiteelement modeling (FEM):1||fracture:1||fracture toughness:1||hardness test:1||heterostructure:1||heterostructures:1||high entropy alloy:1||highentropy alloy:1||hot deformation:1||hydrogen:1||hydrogen storage:1||image analysis:1||impurity effect:1||indentation:1||indentation size effect:1||indentation strain:1||indenter geometry:1||interconnectivity:1||intermetallic composite:1||intermetallic compounds:1||mechanical strength:1||metals and alloys:1||microalloyed steel:1||microindentation:1||micromechanical properties:1||microstructural refinement:1||microstructure:1||nanocomposite:1||nanocrystals:1||nanoindentations:1||pipeline steel:1||plastic deformation:1||polystyrene sulfonate (PSS):1||popin:1||power plant:1||precipitate:1||preferred crystallographic pitting corrosion:1||properties:1||pure magnesium:1||reactor pressure vessel:1||ruleofmixture:1||serrated flow:1||silicon nanowires:1||singlecrystal silicon carbide:1||size effects:1||small punch test:1||statistical analysis:1||surfaceroughness:1||texture:1||toughness:1||transition temperature:1||ultrafine grains:1||ultrasonic melt treatment:1||wear:1||Tensile strength:1||3D reconstruction:1||AFM bending:1||ASTM WK61832:1||Activation energy barrier:1||Activation volume:1||Al Si Cu Mg alloy:1||Al7Si0.35Mg alloy (A356):1||AlMg:1||AlSiCuNi alloy:1||Alloy 690:1||Alloy development:1||Amorphous alloy:1||Anelasticity:1||Annealing:1||Annealing effect:1||Apex bluntness:1||Assembly:1||Atomic force microscopy (AFM):1||Bending test:1||Berkovich indenter:1||Bimodal distribution:1||Bonding:1||Brittletoductile transition:1||Bulk metallic glasses:1||CTOD:1||Cellular materials:1||Cerium:1||Chemical heterogeneity:1||Composite:1||Conformal coating:1||Constituent phase:1||Constitutive behavior:1||Contact depth:1||Contact printing:1||Cracking:1||Cyclic loading:1||DBTT:1||Deformation mechanism:1||Deformationinduced martensitic transformation:1||Diffusion creep:1||Direct energy deposition:1||Dislocation:1||Dislocations:1||Dual phase:1||Ductility:1||Dynamic recrystallization:1||Elastic modulus:1||Eutectic Si modification:1||Fe12Cr:1||Febased amorphous alloy:1||FeCrAl:1||Finite element analysis:1||Finiteelement modeling:1||Flow curves:1||Flow stress:1||Focused ion beam (FIB):1||Fracture toughness:1||Free volume:1||Glasses:1||Grain boundary:1||Grain size distribution:1||Grain size effect:1||Graphene:1||Graphene wrinkle:1||

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