This article reviews recent advances in the understanding of turbulent flows of non-ideal
gases through the use of high-fidelity direct and large eddy simulations. In particular, the …

Advances in high-performance computational capabilities enable scientific simulations with
increasingly realistic physical representations. This situation is especially true of turbulent …

Abstract Application of the Large Eddy Simulation (LES) technique provides the formal
ability to treat the wide range of multidimensional time and length scales that exist in …

The thermodynamic and transport properties of fluids above their critical point is far from that
of a perfect gas. Strong nonlinearities in the equation of state and transport properties may …

A study of turbulence in BZT dense gas flows is performed using DNS. It is shown that for a
large but realistic intensity, the turbulence in dense gas flows behaves in a highly …

The thermodynamic and transport properties of fluids above their critical point is far from that
of a perfect gas. Strong non-linearities in the equation of state and transport properties may …

The gas turbine presents significant challenges to any computational fluid dynamics
techniques. The combination of a wide range of flow phenomena with complex geometry is …

The influence of dense-gas effects on compressible wall-bounded turbulence is investigated
by means of direct numerical simulations of supersonic turbulent channel flows. Results are …

Large-eddy simulation is a promising technique for accurate prediction of reacting
multiphase flows in practical gas-turbine combustion chambers involving complex physical …

Fluid flows that do not have local equilibrium are characteristic of some of the new frontiers
in engineering and technology, for example, high–speed high–altitude aerodynamics and …