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STUDY ON SOLVING 2-D BACK-STEP FLOW IN BODY-FITTED COORDINATE SYSTEM

机译:拟合坐标系中二维反步流的研究

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摘要

The solving of 2-D back-step flow in body-fitted coordinate system is studied, and then the velocity field of 2-D back-step flow without viscidity is solved by the Lap lace's equation. In the process, the algebra method is used to generate the grids of body-fitted coordinate system. The result shows that the algebra method is more precise for generating orthogonal grids and demanding the ratio of grid is near 1. So it is an efficient technique of generating grids for the numerical simulation of flow field.
机译:研究了人体坐标系中二维逆流的求解问题,然后通过Lap Lace方程求解了二维无粘性逆流的速度场。在此过程中,使用代数方法生成身体坐标系的网格。结果表明,代数方法在生成正交网格时要求更为精确,并且要求网格比例接近1。因此,这是一种用于流场数值模拟的高效网格生成技术。

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