Meso-scale research on failure mode of nonpenetrative fractured solid material

Ji-kun Zhao
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Abstract

The mechanics of mechanics parameter is by no means distributed at random to the weibull an assignment. This approach to reflect as a solid material is not physical. Failure element method is used for the extension process. Solid materials of the element is to obey the plastic damage the structure. Be made of solid materials from the broken plastic program, which is a solid material fracture of the expansion and take the problem. Result, not through the rifts and the dip of the expansion and take is important. The extension path rely mainly on the mechanical properties. This paper is the mechanism on to explain the experiment the way to expand the cause of dispersion.
非穿透性断裂固体材料破坏模式细观研究
力学参数的力学性质绝不是随机分布到威布尔分配的。这种将反射作为固体材料的方法不是物理的。扩展过程采用失效单元法。固体材料的构件是服从塑性破坏的结构。由固体材料制成的折塑性程序,这是一个固体材料的折塑性膨胀而取的问题。结果,不通过裂缝和dip的扩张和采取是重要的。延伸路径主要取决于材料的力学性能。本文从实验机理上解释了色散原因扩大的途径。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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