01344cam a22003131i 4500001001300000005001500013007000300028008004100031040003200072049003100104052001800135056001100153082001400164100003600178245014400214264003700358300004500395336002600440337002800466338002700494500002500521502010400546504003200650653017500682856012400857900001800981900001400999900001701013KDM20185949220200724172330ta161228s2017    ulka     m AC 000c  eng    a211009c011012d011001erda0 lWM890167lWM890168c2fWDP02a621.8b18-173  a5502601a621.82231 a남현석,d1986-0KAC2018D643710aDevelopment of energy-based numerical ductile crack growth simulation method under very low cycle fatigue loading condition /dHyun-suk Nam 1aSeoul :bKorea University,c2017  axix, 179 pages :billustrations ;c26 cm  atextbtxt2rdacontent  aunmediatedbn2rdamedia  avolumebnc2rdacarrier  aAdviser: Yun-Jae Kim1 aThesis(Ph.D.) --bGraduate School of Korea University,cDepartment of Mechanical Engineering,d2017  aBibliography: pages 170-179  aCyclic effectaFinite element analysisaElement-size-dependent damage modelaLow-cycle fatigueaMulti-axial fracture strain energyaDuctile crack growthaDamage mechanics40uhttp://www.riss.kr/link?id=T14435445nKERISz이 자료의 원문은 한국교육학술정보원에서 제공합니다.10aNam, Hyun-Suk10a김윤재10aKim, Yun-jae