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Solid modeling method and calculation of stress intensity factor for structure with 3-D Surface Crack

机译:三维表面裂纹结构应力强度因子的实心建模方法及结构

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This paper introduced the detailed procedures of modeling a 3-D Surface Crack with ANSYS solid modeling method. The method adopted the idea of break up the whole into parts. The crack part was established on the entire bridge model. To separate the entire model into two main parts by Boolean operation, mesh the crack part with particular method and the non-crack part with routinely free mapped method and pay attention to the transition of different meshing method. A comparison with direct modeling method of nodes by nodes had also been made. The results showed that the solid modeling method was simple and efficient and could be carried on easily, it was suitable to establish complicated configured model and had a high precision guarantee of stress intensity factor.
机译:本文介绍了用ANSYS固体建模方法建模3-D表面裂纹的详细程序。该方法采用了将整体分成零件的想法。在整个桥梁模型上建立裂缝部分。通过布尔操作将整个模型分为两个主要部件,用特定方法和非裂纹部分对裂缝部分与无常规映射方法进行筛网,并注意不同网格化方法的转换。还制造了与节点节点的直接建模方法的比较。结果表明,固体建模方法简单且高效,可轻松进行,适用于建立复杂的配置模型,并具有高精度保证应力强度因子。

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