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Applied Research on 3D Modeling Technology in Material Design

机译:材料设计中3D模拟技术的应用研究

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Focusing on three kinds of 3D modeling technologies, AUTOCAD, ANSYS and FLAC3D, and their respective characteristics, and using effective interfaces of them, the paper introduced a modeling method of visual model, grid model and mechanical computation model for material design, and selected a corresponding example using the method to make computation. Trial computation results showed the material model's stress response under applied load: the maximum stress produced in the material model was 1.27e7Pa; the minimum stress was 1.02e7Pa; the maximum velocity response produced in the material model was 9.997e-6m/s; the material suffered no yield failure.
机译:专注于三种3D建模技术,AutoCAD,ANSYS和FLAC3D,以及它们各自的特征,并使用它们的有效接口,介绍了一种用于材料设计的可视模型,网格模型和机械计算模型的建模方法,并选择了一个相应的例子使用该方法进行计算。试验计算结果显示了材料模型在施加负荷下的应力响应:材料模型中产生的最大应力为1.27e7Pa;最小应力为1.02e7Pa;材料模型中产生的最大速度响应为9.997e-6m / s;该材料遭受屈服衰竭。

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