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MULTISCALE SUBSTRUCTURES IN FINITE ELEMENT ANALYSIS

机译:有限元分析中的多尺度子结构

摘要

Methods and systems for conducting a time-marching simulation of a product using a finite element analysis model including at least one multiscale substructure are disclosed. According to one aspect, a FEA model of a product is defined for a time-marching simulation. The FEA model comprises an overall structure, and at least one multiscale substructure. Each substructure corresponds to some of the master representative segments defined in the overall structure. Time-marching simulation of the product is conducted with first and second sets of timescale due to significantly different characteristic dimension of the FEA model. The first set is configured for the overall structure or master group, while the second set for the substructures or slave group. The first set is run at a time step significantly larger than the second set. Synchronization of the responses is at the end of each solution cycle corresponds to the first set of timescale.
机译:公开了使用包括至少一个多尺度子结构的有限元分析模型来进行产品的时间行进模拟的方法和系统。根据一方面,定义了产品的FEA模型用于时间行进仿真。 FEA模型包括整体结构和至少一个多尺度子结构。每个子结构对应于总体结构中定义的一些主要代表段。由于FEA模型的特征尺寸明显不同,因此使用第一组和第二组时间尺度进行产品的时间行进模拟。第一组配置用于整体结构或主组,而第二组配置用于子结构或从组。第一组运行的时间步长明显大于第二组。在每个解决方案周期结束时,响应的同步对应于第一组时间尺度。

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