In this work, a semi-resolved computational fluid dynamics-discrete element method is
employed to study the effects of fluid–particle and particle–particle/wall interactions on …

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 …

In the present study, we perform direct numerical simulations of compressible turbulent
boundary layers at free stream Mach numbers laden with dilute phase of spherical particles …

Previous studies on stratified shear layers involving two streams with different densities have
been conducted under the Boussinesq approximation, while the combined effect of stratified …

In accordance with high-speed schlieren results, the flow instabilities in the subsonic–
supersonic mixing layer with a convective Mach number of 0.19 are investigated in detail. In …

Supersonic mixing layer flows are taken in scramjet engines for enhancing mixing and
combustion efficiency. The spatial growth of supersonic reacting mixing layers with streams …

The paper describes the direct numerical simulation (DNS) of a spatially developing
compressible mixing layer with a convective Mach number of 0.8. The work mainly studies …

The cluster-based Markov model (CMM) is performed on a numerically simulated
supersonic mixing layer at Re= 10 400 to extract physical mechanisms. The high …

In the present work, the particle-laden coaxial turbulent jet flow is studied using large-eddy
simulation (LES). An Eulerian–Lagrangian framework is used to study the interaction …

Numerical simulations of temporally-evolving droplet-laden plane jets are performed in
conditions relevant to rocket main engines fed with liquid oxygen (LOx) and gaseous …