저자의 연구 키워드

저자의 연구 키워드

#최대응력(Maximum stress)

#피로강도(Fatigue stregth)

#acceleration sensor(가속도 센서)

#Aging degradation(경년열화)

#Analysis of variance(분산분석)

#Artificial Neural Network(인공신경망)

#Automation(자동화)

#Bending Strength(굽힘강도)

#Corrosion degradation(부식열화)

#Corrosion Environment(부식 환경)

#Corrosion fatigue design(부식피로설계)

#Corrosion fatigue strength(부식피로강도)

#Corrosion fatigue(부식피로)

#Corrosion Rate(부식속도)

#Corrosion Resistance(내식)

#Corrosion susceptibility(부식민감성)

#Corrosion(부식)

#Crack growth rate(균열성장속도)

#Crack growth(균열 성장)

#DC potential drop method:DCPD(직류전위차법)

#Design of experiment(실험 계획법)

#Dissimilar welding (이종용접)

#Fatigue Design Criterion (피로설계기준)

#Fatigue Design Criterion(피로설계 기준)

#Fatigue Design(피로설계)

#Fatigue strength(피로강도)

#Finite Element Method(유한요소법)

#Fractured Surface (파단면)

#Grain Size(입도)

#HAZ (열영향부)

#HAZ(열영향부)

#Interleaf friction force

#Leaf spring

#Leaf Spring(판스프링)

#Micro-structure analysis (미세 조직 분석)

#Micro-Structure(미세구조)

#Moving heat source(이동열원)

#Multi-pass Welding(다층용접)

#nano-volt meter(나노볼트미터)

#natural frequency(고유진동수)

#Orthogonality(직교성)

#PWHT(후열처리)

#Reliability Assessment(신뢰성 평가)

#Residual stress

#Residual Stress(잔류응력)

#Shot peening

#Spot Welded Joint(점용접 이음부)

#Stress Corrosion Strength(응력부식강도)

#Super Heat Resistance(초 내열)

#Suspension(현가장치)

#The source of stress concentration(응력 집중원)

#Ultimate Strength (극한 강도)

#Ultimate Strength(극한강도)

#vibration characteristic(진동특성)

#Wall-thinning(감육)

#Weibull Probability Distribution Function(와이블 확률분포 함수)

#Weld(용접부)

#Welding residual stress(용접잔류응력)

#Welding(용접)

#X-Ray Diffraction Method (X선 회절법)

#Yield Strength(항복강도)