1D simulations show the transverse strain closure for bulk compression improves K-L model predictions of mixing layer width and turbulent kinetic energy under anisotropic strain, outperforming the default isotropic closure and axial strain closure.
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Turbulence Modelling of Mixing Layers under Anisotropic Strain
1D simulations show the transverse strain closure for bulk compression improves K-L model predictions of mixing layer width and turbulent kinetic energy under anisotropic strain, outperforming the default isotropic closure and axial strain closure.