To explain the phenomenon observed in previous experiments of kerosene-ignition failure
in scramjet combustors as the kerosene temperature increases, we numerically investigate …

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 …

The gas–liquid mixing process of a liquid jet in supersonic crossflow with a gas–liquid
momentum ratio of 7.67 in the near-wall region is investigated numerically. The two-phase …

The spray characteristics of liquid jets in supersonic crossflow at different injection jet-gas
momentum ratios are investigated numerically. The compressible two-phase flow large eddy …

The behavior of dispersed particles in a turbulent round jet is experimentally investigated.
The role of particle-to-fluid density ratio ρ p/ρ f is analyzed by inspecting particle velocity …

High-speed free-shear-flow turbulence, laden with droplets or particles, can radiate weaker
pressure fluctuations than its unladen counterpart. In this study, Eulerian–Lagrangian …

The dynamical characteristics of the shear-driven mixing layer can be inhibited due to the
variations in fluid density. In this work we expect to address this issue by increasing shear …

This study investigates the effects of a Bethe–Zel'dovich–Thompson (BZT) dense gas (FC-
70) on the development of a turbulent compressible mixing layer at a convective Mach …

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 …

With the Eulerian–Lagrangian point-source method, the effects of dispersed particles on
turbulent structures and asymmetric properties are systematically investigated in a three …