01615nam a2200265 c 4500001001300000005001500013008004100028040001100069041001300080052003000093245025400123300003000377545006700407545003900474545007000513653048200583700005301065700001401118700001401132773012701146856002001273900002001293900001701313900001901330KSI00015528720040223205703031215s1994    tjka          000   kor    a0110010 akorbeng01a581.505b대476ㄷc12(1)00a응력비의 영향을 고려한 알루미늄합금 A5083-O의 피로균열전파 특성 예측모델=x(A)model estimating the fatigue crack growth in aluminum alloy A5083-O considering the effect of stress ratio/d조상명,e김종호,e김영식  ap. 82-89:b삽도;c30 cm  a조상명, 정회원, 부산공업대학교 생산가공학과  a김종호, 정회원, 한국선급  a김영식, 정회원, 한국해양대학교 해양재료공학과  aLNGa액화천연가스aFail safe designa파괴안전설계aA5083-OaStress ratioa응력비aMean stressa평균응력aFatigue crack growth ratea피로균열전파속도aThrough cracka관통균열aThreshold value of stress intensity rangea하한계응력확대계수범위a응력비a알루미늄a알루미늄합금a합금a피로균열전파a피로균열전파예측aModelaEstimatingaFatigueaCrackaGrowthaAluminumaAlloyaConsideringaEffectaStressaRatio1 a조상명,g趙相明,d1955-0KAC2017071474aut1 a김종호1 a김영식0 t大韓熔接學會誌.d대한용접학회.g12卷 3號(1994년 9월), p. 82-89q12:3<82w(011001)KSE199508445,x1225-615340u5033241aKd00010aCho, Sang-Myung10aKim, Jong-Ho10aKim, Young-Sik