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A non-dissipative, robust, implicit algorithm is proposed for direct numerical and large-eddy simulation of com-pressible turbulent flows. The algorithm addresses the problems caused by low Mach numbers and under-resolved high Reynolds numbers. It colocates variables in space to allow easy extension to unstructured grids, and discretely conserves mass,(More)
A spatially non-dissipative, implicit numerical method to simulate turbulent reacting flows over a range of Mach numbers , is described. The compressible Navier–Stokes equations are rescaled so that the zero Mach number equations are discretely recovered in the limit of zero Mach number. The dependent variables are co-located in space, and thermody-namic(More)
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