In this paper, a three dimensional numerical investigation was carried out to study the
formation and propagation characteristics of non-premixed rotating detonation wave using H …

Direct numerical simulation is conducted to address the detonation–turbulence interaction in
a stoichiometric hydrogen/oxygen/argon mixture. The argon dilution rate is varied so that the …

In this study, direct numerical simulation of the dispersion and motion of inertial particles in a
spatially developing compressible turbulent boundary layer at a Mach number of 2 is …

Chemistry modeling in detonations typically relies on two broad approaches: simplified
models with one-or two-step chemistry, and detailed chemistry. These approaches require …

The theoretical analysis and numerical simulations were presented in this study to explore
the mechanism of total pressure gain in rotating detonation engines (RDEs). One …

By direct numerical simulations, the particle dispersion is systematically investigated in a
three-dimensional spatially developing compressible mixing layer. The convective Mach …

Turbulence structure resulting from multi-fluid or multi-species, variable-density isotropic
turbulence interaction with a Mach 2 shock is studied using turbulence-resolving shock …

The present study delves into the examination of the stereoscopic cells and wavefront
structures characterizing the propagation of three-dimensional detonation waves within …

In this paper, a systematic investigation of turbulence modulation by particles and its
underlying physical mechanisms in decaying compressible isotropic turbulence is …

I. Introduction he rotating detonation engine (RDE) is currently under investigation as an
approach to achieving pressure gain combustion for propulsion and power systems, in a …