A heterogeneous parallel algorithm for simulation of compressible turbulent flows and its
portable software implementation are presented. The underlying numerical method is based …

The performance of two wall models based on Reynolds-averaged Navier–Stokes is
compared in large-eddy simulation of a high Reynolds number separating and reattaching …

Accurate prediction of high Reynolds number wall-bounded flows is a challenge for
turbulence modeling and numerical discretization. Moreover, complex engineering …

The Paper presents the aerodynamic and turbulent aspects of a project devoted to creating
and validating a high-fidelity computational-fluid-dynamics-based system for the prediction …

A dynamic version of the improved delayed detached-eddy simulation (IDDES) based on the
differential Reynolds-stress model (RSM), referred to as the RSM-DynIDDES, is developed …

A new delayed detached eddy simulation method with adaptive coefficient (DDES-AC) is
proposed to overcome the transition delay from Reynolds-averaged Navier–Stokes (RANS) …

Flows over high-lift devices (HLD) contain abundant complex physical characteristics such
as flow separation, free shear layer transition, and turbulent vortex evolution, which cause …

In order to dynamically describe the transition of the scalar dissipation rate of the mixture
fraction variance from near-wall regions to mainstream in near-wall combustion, the …

Multiscale compressible turbulent flow is widely present in the aerospace field, and the co-
existence of shock wave discontinuities and multi-scale turbulence in the flow field poses …

Hybrid RANS-LES computations of the separated flow over a wall-mounted hump are
presented, which employ different grey-area mitigation techniques in the framework of a …