The reflection of strong oblique shock waves at turbulent boundary layers is studied
numerically and analytically. A particular emphasis is put on the transition between regular …

The validation of recently developed models of vibration-dissociation coupling is discussed
in application to numerical solutions of the Navier–Stokes equations in a two-temperature …

In this paper, the reflection of curved shock waves over a symmetry plane in planar
supersonic flow is studied. This includes stable Mach reflection (MR) and the regular …

CONSIDER the reflection of a shock, generated by a wedge in steady supersonic flow, from
a wall (single wedge configuration) or from a plane of symmetry (double wedge …

The response of asymmetric and planar shock interactions to a continuous excitation of the
lower incident shock is investigated numerically. Incident shock waves and centred …

This paper numerically studies the dynamics of symmetrical wedge shock intersection under
sinusoidal supersonic oscillation conditions. The 15 symmetrical wedges are used as the …

Experiments on the transition between steady regular and Mach reflections of shock waves
have been performed in a low-noise wind tunnel. Owing to a very low level of free-stream …

Experiments on shock–shock interactions were conducted in a transonic–supersonic wind
tunnel with variable free-stream Mach number functionality. Transition between the regular …

There have been numerous studies on the steady-state transition criteria between regular
and Mach reflection of shock waves generated by a stationary, two-dimensional wedge in a …

Specific features of shock wave interaction in a viscous heat-conducting gas with a low ratio
of specific heats are numerically studied. The case of the Mach reflection of shock waves …