저자의 연구 키워드

저자의 연구 키워드

#소형펀치시험

#수소배관

#수소취화

#에너지

#에너지사용기자재

#에너지효율등급표시

#용접부

#전기화학시험법

#절약

#최저소비효율기준

#효율

#accident

#buried pipeline

#by-product gas

#CNG

#CoF

#Compressor Blades(컴프레서 블레이드)

#computational fluid dynamics

#crack

#Creep Crack Growth Testing(크리프 균열 성장 실험)

#Damage(손상)

#deformation

#depth of burial

#Displacement Partitioning(변위분리)

#Ductile failure simulation(연성파괴 모사)

#Ductile Fracture Simulation(연성파괴 모사)

#Effizienz

#Elastic Creep Analysis(탄성-크리프 해석)

#Electrochemical hydrogen charging(전기화학적 수소장입)

#Electrochemical Method

#electrochemical test

#Energie

#Energiebetriebener Geräten

#expansion joint

#Experimental Validation(실험적 검증)

#explosion

#Failure Analysis(파손 분석)

#Fatigue Crack Growth(피로균열성장)

#Finite Element Analysis(유한요소 해석)

#fixed-bed reactor

#Foreign Ob ect Damage(외래물 유입에 의한 충격손상)

#gas pipeline

#ground subsidence

#Hastelloy C-276(하스텔로이 C-276)

#heat transfer

#hoopstress

#hydrogen

#Hydrogen Embrittlement

#Hydrogen Embrittlement(수소취화)

#Hydrogen(수소)

#J-Integral(J-적분)

#Limit Load(한계 하중)

#methane-steam reforming

#monitoring

#natural gas

#Niedrigste Kennzeichnung der Energieverbraucheffizienz

#PHAST

#pipe support

#piping

#Plastic Displacement Rate(소성변위율)

#PoF

#pressurized cylinder

#preventive maintenance

#RBI

#Reference Stress(참조응력)

#reynolds number

#Risk

#river crossing

#Rupture Reference Stress(국부참조응력)

#safety

#safety assessment

#small punch test

#Small Punch(소형펀치)

#Sparsamkeit

#steam reforming reaction

#stress analysis

#stress assessment

#Stufezeichen für Energieeffizienz

#theoretical analysis

#thermal stress

#T-pipe(T-배관)

#weld metal

#X65 Steel

#X65강