Art

J-GLOBAL ID：201302233814701203   Reference number：13A1639748

High-cycle fatigue strength and small-crack growth behavior of ultrafine-grained copper with post-ECAP annealing

ECAP後焼なましした超微粒銅の高サイクル疲れ強さと小亀裂成長挙動

Author (7)： GOTO M. (Dep. of Mechanical Engineering, Oita Univ., Oita 870-1192, JPN) ,  TESHIMA N. (Dep. of Mechanical Engineering, Oita National Coll. of Technol., Oita 870-1052, JPN) ,  HAN S.z. (Structural Materials Div., Korea Inst. of Materials Sci., Changwon 642-831, KOR) ,  EUH K. (Structural Materials Div., Korea Inst. of Materials Sci., Changwon 642-831, KOR) ,  YAKUSHIJI T. (Dep. of Mechanical Engineering, Oita National Coll. of Technol., Oita 870-1052, JPN) ,  KIM S.s. (Dep. of Materials Sci. & Engineering, Gyeongsang National Univ., Chinju 660-701, KOR) ,  LEE J. (Dep. of Metallurgy & Advanced Materials Engineering, Changwon National Univ., Changwon 641-773, KOR)
Material： Engineering Fracture Mechanics  (Eng Fract Mech)
Volume： 110  Page： 218-232  Publication year： Sep. 2013 
JST Material Number： A0119A  ISSN： 0013-7944  Document type： Article
Article type： 原著論文  Country of issue： United Kingdom (GBR)  Language： ENGLISH (EN)

Thesaurus term： *extrusion ,  *annealing (heat treatment) ,  Copper ,  fatigue strength ,  fatigue crack growth ,  micro structure ,  recrystallization ,  fatigue life ,  dynamic recovery ,  surface crack ,  *high-cycle fatigue ,  *severe plastic deformation ,  *Equal channel angular extrusion ,  mechanical property ,  strength ,  *fatigue
Semi thesaurus term： *high-cycle fatigue ,  *severe plastic deformation ,  *ECAP

JST classification (1)： Metallic materials  (HC05020S)

Terms in the title (7)： ECAP ,  焼なまし ,  超微粒 ,  銅 ,  高サイクル疲れ ,  亀裂成長 ,  挙動