저자의 연구 키워드

저자의 연구 키워드

#356-F Alloy

#356-T6 Alloy

#3D printing

#ADC12

#Al-0.7Mn

#alloying element

#Al-Mg-si-(Co, Ni) Aluminum alloy (Al-Mg-Si-(Co, Ni) 알루미늄 합금)

#Al-Mn alloy

#Al-Si(12wt.%) alloy

#AlSi10Mg alloy

#Al-Si-Mg Alloy

#Al-Si-Mg Alloy(Al-Si-Mg 합금)

#Aluminum alloy

#Al-Zn-Mg Alloy

#Carbon

#Casting(주조용)

#Convolution Neural Network

#Crack Propagation

#Cylinder Head(실린더 헤드)

#Data Augmentation

#Deep Learning

#Deformation behavior

#Die casting

#Eco2024 Alloy

#Extruded 6061

#Extrusion

#Fatigue

#Fe-2%Ni alloy

#Fe-22%Cr-5.8%Al

#Fe-Ni Invar Alloy

#Heat Resisting Aluminum(내열 알루미늄)

#Heat treatment

#Heat Treatment(열처리)

#High Cycle Fatigue

#High Cycle Fatigue(고주기 피로)

#High temperature compression

#High temperature creep

#High Temperature Low Cycle Fatigue (고온 저주기 피로)

#High temperature oxidation

#High Temperature Plastic Deformation

#High Temperature(고온)

#Impact Toughness

#Low Cycle Fatigue(저주기 피로)

#Mechanical Properties

#Metal foam

#Mg+Al₂Ca

#Microstructure

#Microstructure evolution

#MIM

#Modified 7075-T73 alloy

#Ni-Fe-Cr-Al

#Oxidation kinetics

#Oxidation time

#Oxides

#Plastic Strain Energy Density (소성 변형률 에너지 밀도)

#Pore Distribution

#Pore effect(기공 영향)

#Pore Size

#Powder porous metal

#Processing Map

#Scratch test

#Selective laser melting

#Selective Laser Melting (SLM)

#S-N curve

#Strength

#Surface Defect

#SUS 316L

#T6 Heat-treatment

#Tensile

#Tensile & High cycle fatigue

#Tensile property

#Thermal Expansion

#Ti-6Al-4V

#Vanadium

#Wear

#Wear resistance

#Wear-resistance