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A Multi-Block Shock-Fitting Technique to Solve Steady and Unsteady Compressible Flows

机译:一种解决稳定和不稳定的可压缩流动的多块冲击拟合技术

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A numerical technique based on the coupling of shock fitting and lambda scheme has been extended to solve unsteady inviscid and viscous flows around complex geometries. This goal has been achieved by a multi-block approach, which allows the shocks to float through the different blocks. The result is that many complex flow fields can be handled while preserving the main features of the lambda scheme, of the shock fitting and of orthogonal grids.
机译:基于冲击拟合和Lambda方案的耦合的数值技术已经扩展到解决复杂几何形状周围的非稳态缺陷和粘性流动。这种目标已经通过多块方法实现,这允许冲击浮过不同的块。结果是,可以在保持λ方案的主要特征的同时处理许多复杂的流场,这是冲击拟合和正交网格的主要特征。

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