Recently, shock-fitting methods have been re-gaining popularity as a valid alternative to
more standard shock-capturing schemes for tackling simulation of compressible flows …

While traditional approaches to prevent the carbuncle phenomenon in gas dynamics
simulations increase the viscosity on entropy and shear waves near shocks, it was quite …

Blowing is often used to alleviate the intense heating rates on blunt noses of hypersonic
vehicles. This flow efflux at the leading edge transforms the flow field in the blunt-nose …

Upwinding allows for accurate, non-oscillatory capturing of shocks waves; however, many
Riemann solvers (both exact and approximate) suffer from some sort of numerical instability …

In this paper we present an extension of Residual Distribution techniques for the simulation
of compressible flows in non-equilibrium conditions. The latter are modeled by means of a …

The increased demands of compact modern aero engine architectures have highlighted the
problem of outlet guide vane (OGV) buffeting in off-design conditions. This structural …

A computational‐based investigation has been carried out to examine the heat transfer
effects of normal and tangential blowing on blunt surfaces exposed to high Mach number …

In this contribution, we investigate strategies to perform shock‐capturing computation of
steady hypersonic flow fields by means of residual distribution schemes. The ultimate …

The paper discusses the simulation of the hypersonic flow problems on unstructured grids
using fully implicit scheme and the analysis of the orthogonal corrections on the quality of …