In multi-fluid shock-turbulence interaction, heavy-fluid regions develop a nearly symmetric velocity-gradient topology while light-fluid regions keep the classic tear-drop shape, with the pressure Hessian as the dominant mechanism.
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Density Effects on the Post-shock Turbulence Structure and Dynamics
In multi-fluid shock-turbulence interaction, heavy-fluid regions develop a nearly symmetric velocity-gradient topology while light-fluid regions keep the classic tear-drop shape, with the pressure Hessian as the dominant mechanism.