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Recent Development of Lagrangian Vortex Method and Its Application into Fluid Machinery and Fluid Engineering

机译:拉格朗日涡旋方法的最新发展及其在流体机械和流体工程中的应用

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This paper is to introduce recent works of practical applications of vortex methods in the field of fluid machinery and fluid engineering, explaining the mathematical basis of the method based on the BiotSavart law. It is pointed as one of the most attractive features of the vortex method that the numerical simulation using the method is considered to be a new and simple technique of large eddy simulation, because they consist of simple algorithM based on physics of flow of viscous fluid and it provides a completely grid-free Lagrangian calculation. As typical examples of simulation of complex flows, the internal flow of a mixed-flow pump calculated by the vortex method and the vortical flow around a flexible circular cylinder in a uniforM stream which was simulated by a coupled structure and fluid analysis based on FEM and the vortex method are digested.
机译:本文将介绍涡旋方法在流体机械和流体工程领域的实际应用的最新工作,解释基于BiotSavart定律的涡旋方法的数学基础。涡流方法最吸引人的特点之一是,使用该方法进行的数值模拟被认为是一种新的且简单的大涡流模拟技术,因为它们由基于粘性流体流动物理原理的简单算法和它提供了完全无网格的拉格朗日计算。作为复杂流动模拟的典型示例,通过耦合结构和基于FEM和FEM的流体分析,通过涡流方法计算出的混流泵的内部流和uniforM流中柔性圆柱体周围的涡流。涡旋法被消化了。

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