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Topology optimization of Stokes flow using an implicit coupled level set method

机译:使用隐式耦合水平集方法对Stokes流进行拓扑优化

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We present a novel algorithm for the topology optimization of the Stokes problem. The level set method is implicitly coupled with the material distribution information to obtain the interface of the fluid flow. The design objective is to minimize the dissipated power in the fluid, subject to a fluid volume constraint. The proposed method takes full advantage of the features of the fluid flow. Furthermore, due to the level set method, this method is efficient and the boundaries can be described accurately. Two benchmark test examples are presented to illustrate that this new method is computational efficiency, robust, accurate and consistent with the results obtained in the context of shape and topology optimization of the fluids.
机译:我们为斯托克斯问题的拓扑优化提出了一种新颖的算法。水平设置方法与材料分布信息隐式耦合,以获得流体流动的界面。设计目标是在受到流体体积约束的情况下,使流体中的耗散功率最小。所提出的方法充分利用了流体流动的特征。此外,由于水平设置方法,该方法是有效的并且可以准确地描述边界。给出了两个基准测试示例,以说明该新方法的计算效率,鲁棒性,准确性以及与在流体形状和拓扑优化中获得的结果一致的结果。

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