Molecular dynamics based study on ductility enhancement effect and temperature dependence of nanocrystalline metals with nanoscale void

【Author】

Shin Tanieuchi;Toshihiro Kameda;Toshiyuki Fujita;

【Abstract】

<正>Aiming at the ductility improvement of nanocrystalline metals,we investigate an influence of an intragranular nanovoid which acts as a dislocation activity enhancement site.As reported in former studies,nanovoids act as the dislocation source and/or sink during

【Keywords】

Molecular dynamics based study on ductility enhancement effect and temperature dependence of nanocrystalline metals with nanoscale void;

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