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Shock Wave Assessment for High Speed Compressible Flows
註釋Shock wave turbulent boundary layer interactions are one of the most complex phenomena in the field of compressible fluid dynamics. Modeling turbulences in supersonic and hypersonic flow, boundary layer separation and oblique shock wave formation are important aspects of such interactions. This present work focuses on assessment of turbulent modeling for such interactions ranging from a fully attached flow to a severely separated flow. The model predictions are compared with experimental data provided by Settles and Dodson using a Princeton Channel. The results provide an understanding of separation of boundary layers with respect to pressure gradients.