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.
It is interesting to note that the model performs bet ter for these anisotropic cases than it does for the isotropic ones
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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.