首页> 外文会议>XXIX Biennial Congress of the International Association of Hydraulic Engineering and Research (IAHR), 29th, Sep 16-21, 2001, Beijing, China >A FINITE VOLUME SCHEME FOR WEAKLY COMPRESSIBLE EQUATIONS, PART2: APPLICATION IN INCOMPRESSIBLE FLOWS
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A FINITE VOLUME SCHEME FOR WEAKLY COMPRESSIBLE EQUATIONS, PART2: APPLICATION IN INCOMPRESSIBLE FLOWS

机译:弱可压缩方程的有限体积方案,第2部分:在不可压缩流中的应用

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摘要

The incompressible flows are solved by using the fractional step finite volume method. As the weakly compressible model is used, it is possible to solve the velocity components and pressure explicitly, so high computational efficiency can be achieved. The benchmark examples of incompressible flows, i.e., the cavity flow, sudden expansion flows and flow around a circular cylinder are simulated. The results show its numerical advantages.
机译:不可压缩流通过分数步有限体积法求解。由于使用了弱可压缩模型,因此可以显式求解速度分量和压力,因此可以实现较高的计算效率。模拟了不可压缩流的基准示例,即模腔流,突然膨胀流和绕圆柱体的流。结果表明了其数值优势。

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