The void coalescence-based spall model is applied to numerical simulations of one-dimensional spall tests.
这种基于空穴聚集的层裂模型已被应用于一维层裂试验的数值模拟。
The results indicate that the continuity loss such as void initiation, growth and coalescence begins in the early stage of deformation before necking.
结果表明，在颈缩开始前的早期变形中，试样内部即已开始了微孔萌生、长大和连结等连续性丧失的过程。
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