The interaction of a plane shock wave in air with concave profiles has been used in the past
to understand the nature of shock wave focusing. The current study examines the complex …

Previous studies have demonstrated that shock wave focusing is an efficient method for
detonation initiation by creating hot spots in the interaction of shock-shock or the collision of …

This paper presents a self-consistent multi-dimensional mathematical model and a
numerical approach for simulating the low-temperature plasma induced by the femtosecond …

This paper describes the implementation of a numerical solver that is capable of simulating
compressible flows of nonideal single‐phase fluids. The proposed method can be applied to …

The paper introduces the development of a new OpenFOAM solver QGDFoam for the
numerical simulation of viscous compressible flows within a wide range of Mach numbers in …

The dynamics of detonation transmission from a straight channel into a curved chamber was
investigated numerically and experimentally as a function of initial pressure (10 kPa≤ p 0≤ …

Previous studies have demonstrated the effective enhancement of initiation stability in the
combustor of a rotating detonation engine through the use of a pre-detonator. However …

The numerical results of comparing the accuracy for some OpenFOAM solvers are
presented. The comparison was made for the problem of inviscid compressible flow around …

An Eulerian fluid-dynamic code for simulating compressible, multi-phase flows with phase
transition modeling was developed. The code features a low-dissipative flux-splitting …

Two-dimensional numerical simulations of a weakly unstable detonation mixture 2 H 2+ O
2+ 3. 76 Ar at 20 kPa and 295 K were performed using our validated OpenFOAM solver …