For low-speed turbulent flows governed by compressible Navier–Stokes equations, the
large disparity of phase velocities between hydrodynamic wave and acoustic wave leads to …

Labyrinth seal flutter is a critical phenomenon in turbomachinery, as it can lead to severe
structural vibrations and potential component damage. Accurate prediction and mitigation of …

Scale-resolving computational fluid dynamics (CFD) methods require carefully constructed
boundary conditions to produce accurate results. The inflow data should be unsteady and …

We propose to extend the fix of Roe's approximate Riemann solver developed for the
Barotropic Euler equations in [2] to the full Euler equations. This scheme is built mainly to …

We analyze schemes based on a general Implicit-Explicit (IMEX) time discretization for the
compressible Euler equations of gas dynamics, showing that they are asymptotic-preserving …

Liou-Steffen splitting (AUSM) schemes are popular for low Mach number simulations,
however, like many numerical schemes for compressible flow they require careful …

Density-based solvers suffer from a decrease in solution quality and convergence rate as
the Mach number decreases. Previous studies have demonstrated that low Mach precon  …

Das Roe Schema ist eines der weitverbreitetsten Abwind-Verfahren. Es liefert gute
Ergebnisse für transsonische Strömungen und bei der Auflösung von Grenzschichten …

This work presents an improved artificial compressibility method that enables correct sound
propagation behaviour in low Mach number flows. As an extension of incompressible …