An hybrid solver to compute a compressible model with dynamic estimation of the turbulent kinetic energy across shock waves
Résumé
We propose in this paper a numerical strategy in order to compute a turbulence model for compressible flows, including a dynamical estimation of the jump of the turbulent kinetic energy across shock waves. The model is taken from [11], and the Finite Volume scheme applies for a specific interface Riemann solver. The whole procedure requires the detection of shock waves in unsteady flows.
Domaines
Mathématiques [math]
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HAL-schemas-modele-turbulence-compressible-GHHT.pdf (1.15 Mo)
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