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Flow Analysis of a Low-Pressure Impactor by Compressible Navier-Stokes Equation

机译:用可压缩的Navier-Stokes方程分析低压冲击器的流动

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References(12) A TVD (Total Variation Diminishing) scheme based on a compressible Navier-Stokes equation was applied to axisymmetric flow in a low pressure impactor with a circular nozzle. This TVD scheme was a type combined to a two-step MacCormack scheme. The shock was clearly observed at the half distance between the outlet of jet and the impaction plate. The critical stagnation pressure ratio of the impactor designed by Hering et al. was found to be about 0.40. The separation efficiency curve of the impactor was not dependent on the stagnation pressure ratio, nor the distance between the jet and the plate when the stagnation pressure ratio was less than 0.70.
机译:参考文献(12)将基于可压缩Navier-Stokes方程的TVD(总变化量减小)方案应用于带有圆形喷嘴的低压冲击器中的轴对称流动。这种TVD方案是结合了两步MacCormack方案的一种。在喷嘴出口和冲击板之间的一半距离处清楚地看到了震动。 Hering等人设计的冲击器的临界停滞压力比。被发现约为0.40。当停滞压力比小于0.70时,冲击器的分离效率曲线不取决于停滞压力比,也不取决于射流与板之间的距离。

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