저자의 연구 키워드

저자의 연구 키워드

#가스텅스텐아크 용접)

#저사이클 피로)

#Alloy 617

#Alloy 617 (617 합금)

#Alloy 617(합금 617)

#Alloy 800H

#Coffin-Manson

#Coffin-Manson Method

#Coffin-Manson Relationship

#Creep-fatigue(크리프-피로)

#Cyclic Deformation

#Cyclic stress-strain (반복 응력 변형)

#Cyclic Stress-Strain Behavior(반복 응력-변형률 거동)

#Dimple

#Dual Phase Steel

#Dynamic Strain Aging(동적변형률시효)

#Elevated Temperature

#Elevated Temperature(고온)

#Fatigue Life

#Fatigue Life (피로 수명)

#Fatigue Life(피로 수명)

#Fracture Behavior(파괴 거동)

#Fracture mechanism (파괴 메커니즘)

#Fracture Mode and Mechanism(파괴 모드 및 기구)

#Fracture Surface(파단면)

#Gas Metal Arc Welding

#Gas Tungsten Arc Welding (GTAW)

#Gas Tungsten Arc Welding(GTAW

#Gas Tungsten Arc Welding(GTAW)

#Gas Tungsten Arc Welding(GTAW, 가스텅그스텐용접)

#GTAW

#High Cycle Fatigue Test

#High Temperature (고온)

#High temperature(고온)

#Life Prediction

#Low Cycle Fatigue

#Low Cycle Fatigue (저사이클 피로)

#Low Cycle Fatigue (저사이클피로)

#Low cycle fatigue (저주기 피로)

#Low Cycle Fatigue (LCF)

#Low Cycle Fatigue(저사이클 피로)

#Low Cycle Fatigue(저사이클피로)

#Low Cycle Fatigue(LCF

#Low Cycle Fatigue(LCF)

#Low-Cycle Fatigue(저사이클 피로)

#Overlap Root Gap

#Room Temperature(상온)

#Strain Energy

#Strain Energy Based Life Method

#Strain Rate

#Strain Rate(변형률 속도)

#Tension Hold Time(인장유지시간)

#Total Strain Range

#Total Strain Range (전변형률 범위)

#Weld Joint

#Weld joint (용접재)

#Weld Joint(용접부재)

#Weld Joint(WJ)

#Welded Joint

#Weldment

#Weldment (용접재)

#Weldment(용접부)

#Weldment(용접재)

#Weldments (용접)