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A Molecular Dynamics Investigation of the Effect of Pressure and Orientation on the Cu Consumption in Cu-Cu3Sn Interface under Isothermal Ageing and Its Dissipative Mechanisms during Traction

机译：等温老化下Cu-Cu3Sn界面Cu-Cu3Sn界面效果的分子动力学研究及其在牵引过程中的耗散机制

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Lihua Liang; Jicheng Zhang; Yangjian Xu; Yuanxiang Zhang; Wei Wang; Jian Yang;
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1. The effect of pressure and orientation on Cu-Cu_3Sn interface reliability under isothermal ageing and monotonic traction via molecular dynamics investigation [J] . Liang Lihua, Zhang Jicheng, Xu Yangjian, Materials & design . 2018,第JULa期

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2. Molecular dynamics based cohesive zone modeling of Al (metal)-Cu50Zr50 (metallic glass) interfacial mechanical behavior and investigation of dissipative mechanisms [J] . Gupta Pradeep, Pal Snehanshu, Yedla Natraj Materials & design . 2016,第sepa5期

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A Molecular Dynamics Investigation of the Effect of Pressure and Orientation on the Cu Consumption in Cu-Cu3Sn Interface under Isothermal Ageing and Its Dissipative Mechanisms during Traction

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