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首页> 外文期刊>Journal of Spacecraft and Rockets >Practical Prediction of Supersonic Viscous Flows over Complex Configurations Using Personal Computers
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Practical Prediction of Supersonic Viscous Flows over Complex Configurations Using Personal Computers

机译:使用个人计算机对复杂结构上超音速粘滞流的实用预测

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摘要

The three-dimensional supersonic viscous flows over complex configurations have been computed using appropriate combinations of the TLNS and PNS equations. The calculations have been ob- tained for supersonic turbulent flows at high angles of attack over finned and body-alone configurations. The present computations have been compared with those of purely TLNS solution and exper- imental data, which show good agreement. The present study shows that the regions computed by the PNS equations can be used to pro- vide appropriate boundary conditions to solve the TLNS equations in the next region.
机译:已使用TLNS和PNS方程的适当组合计算了复杂结构上的三维超声速粘性流。在翅片和单机构型下以高攻角的超音速湍流进行了计算。目前的计算已与纯TLNS解决方案和实验数据进行了比较,两者显示出很好的一致性。本研究表明,由PNS方程计算的区域可用于提供合适的边界条件,以解决下一个区域中的TLNS方程。

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