ScholarWorks@Kumoh: Oh, Myung Hoon

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Oh, Myung Hoon (오명훈)

College of Engineering (Department of Materials Science and Engineering)

Research Area: 금속재료, 합금설계 및 열처리, 금속가공

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TiAl:7||Microstructure:6||directional solidification:4||Nanoindentation:4||Ni3Al:3||Friction welding:3||재활용:3||intermetallic compound:3||γTiAl:3||Directional solidification:3||TiAl alloy:3||Mechanical properties:3||powder metallurgy:2||SPS (Spark plasma sintering):2||상용화제:2||fully lamellar microstructure:2||recycling:2||gammaTiAl alloy:2||gas atomization:2||hardness:2||NiAl:2||Anisotropy:2||spark plasma sintering(SPS):2||탈황:2||crystallographic orientation:2||폐타이어 고무분말:2||폐타이어 분말:2||deformation band:2||Orientation:2||Intermetallics:2||magnetron sputtering:2||mechanical milling(MM):2||mechanical properties:2||microstructure:2||Srferrite:2||annealing:2||work hardening:2||oxidationresistant coating:2||phase transformation:2||Recycling:2||ferrite refinement:2||Heat treatment:1||Heat treatment temperature:1||Hydrofluoric acid:1||Hypereutectoid steel:1||Interfaces:1||Intermetallic Compound:1||Intermetallic compounds:1||Joining:1||Joining factors:1||L12 phase:1||Lamellar boundary alignment:1||Lamellar boundary orientation:1||Lamellar microstructure:1||Lamellar orientation:1||Laser powder bed fusion:1||Ll(2) (Al,Cr)(3)Ti:1||Ll(2)based Al21Ti23Cr:1||Mechanical Properties:1||Mechanical property:1||Metal powder injection molding:1||Methanol crossover:1||Mg alloys:1||Microstructural evolution:1||Microstructural transition:1||Ni/Ni3Al single crystals:1||Ni5Al3 microstructural control:1||NiAl/Ni3Al twophase alloy:1||NiAl/Ni3Al twophase alloys:1||NiTibased alloy:1||Oxide film:1||Phase decomposition:1||Phase stability:1||Photocorrosion:1||Polyaniline:1||Polymer Electrolyte Membrane Fuel Cell (PEMFC):1||Postheat treatment:1||Powder metallurgy:1||Pretreatment process:1||ReSi1.75:1||Recrystallization:1||Residual stress:1||SCM440:1||Screen printing:1||Selfoxidation:1||Servomotor type friction welding:1||Shape memory effect:1||Silicon addition:1||Solgel method:1||Spheroidizing annealing:1||Sr페라이트:1||Steppedcyclic heattreatment:1||Strain recovery rate:1||Surface analysis:1||Temperature gradient of FZ furnace:1||Texture:1||Texture development:1||ThermoPlastic Vulcanized (TPV):1||Thermoplastic Vulcanizate:1||Thixomolding process:1||Ti alloy:1||Ti/Al clad material:1||Titanium aluminide:1||Titanium aluminides:1||Titanium diboride (TiB2):1||Twin Screw Extrusion:1||UTM:1||Vacuum brazing:1||WGRT:1||Waste Polypropylene:1||Waste ground rubber tire powder:1||Waste tire rubber powders:1||Zinc oxide:1||Zinc sulfide:1||ZnO nanowire:1||Zr addition:1||agehardening:1||alloy design:1||backlight unit (BLU):1||betasolidifying gammaTiAl alloy:1||blend:1||cAl2O3:1||cold rolling:1||colony size:1||compatibilizer:1||composite:1||conductivity:1||crossslip:1||deformation banding:1||deformation behavior:1||dendrite:1||devulcanization:1||electrical properties:1||endodicyclopentadiene:1||etching property:1||ethylidene norbornene:1||eutectic:1||flat fluorescent lamp (FFL):1||fracture toughness:1||fuel cells:1||gammabased Al37Ti12Cr:1||indirect evaluation:1||insert metal:1||interface:1||interface reaction:1||intermetallics:1||intermetlallics:1||lamellar microstructure:1||metastable eutectic:1||micronized waste ground tire powder:1||morphology of Ni3Al precipitates:1||multiwalled carbon nanotube:1||nonequilibrium state:1||oxidationresistance coating:1||plane strain compression:1||plasma spraying:1||polypropylene:1||preferred growth direction:1||rapid 23 solidification:1||rapid solidification:1||recrystallization:1||scanning electron microscopy (SEM):1||screen printing:1||seebeck coefficient:1||segregation:1||shadow mask:1||shear crushing method:1||solgel:1||stainless steel short fiber:1||surface resistivity:1||tensile properties:1||tensile strength:1||ternary elenient martensitic transformation:1||texture invar:1||theory:1||thermoelectric properties:1||trialuminides:1||twin screw extruder:1||twodisk mill type:1||ultrasonic treatment:1||waste PP:1||waste ground rubber tire (WGRT):1||waste tire:1||xenon plasma:1||β Phase:1||β solidification:1||β stabilizer:1||βMg17Al12 phase:1||미분화:1||배향:1||복합체:1||분쇄:1||스파크 플라즈마 소결:1||열가소성 탄성체:1||열가소성탄성체:1||이방성:1||이축스크류식압출:1||재생 폴리프로필렌:1||재할용:1||전단분쇄방법:1||전처리공정:1||초음파 처리:1||폐 폴리프로필렌:1||폐타이어:1||폐타이어재생:1||2butanol solution:1||화학적 탈황:1||2부탄올 용액:1||2단 디스크 분쇄:1||2축 압출:1||3mercaptopropyl trimethoxysilane:1||AlSi alloy:1||AlZnMg alloy:1||Anodizing:1||Backlight unit(BLU):1||Bonded interface:1||Bonding interface:1||Bridgman type DS furnace:1||CVD:1||Carburizing:1||Casting:1||Cementite:1||Chemical devulcanization:1||Cold rolling:1||Compatibilizer:1||Composite bipolar plate:1||Conductive filler:1||Crystallographic texture:1||Cu content:1||CuAl:1||CuAl busbar:1||DSC:1||Desmut:1||Devulcanization:1||Direct methanol fuel cell:1||Directional Solidification:1||Ductility:1||Dynamic recrystallization:1||Electrical properties:1||FAS(Fluoroalkylsilane):1||Fine fully lamellar:1||Flat fluorescent lamp(FFL):1||Fracture toughness:1||GaN:1||Grinding:1||HRTEM:1||Hardness:1||

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