This study investigates detonation propagation through a stoichiometric hydrogen-oxygen
layer stratified above an inert gas, ie, argon, with a diffuse interface at atmospheric pressure …

A methodology to develop predictive simplified kinetics schemes (one-step/three-step chain-
branching) is presented in which detonation velocity-curvature (D− κ) curves computed with …

This paper presents a numerical study of flame acceleration and deflagration-to-detonation
transition (DDT) of hydrogen-air mixtures in a channel with obstacles, where the mixture …

Interactions of mildly irregular detonation waves with sharp interfaces separating
combustible mixtures from an inert gas were modeled numerically using the compressible …

Detonation propagation in a stratified layer of combustible gas over an inert gas was
investigated experimentally. The layer formed in a 12.7-mm-wide channel by opening a …

In industrial explosions, the combustible mixture often accumulates on a ceiling, or forms on
the ground. An investigation into detonation propagation through a combustible gas layer in …

Shock velocity is an essential physical parameter in blast wave and detonation wave tests.
Typical electrical, optical, and imaging methods can cover many testing scenarios including …

An experimental and numerical study was undertaken to examine the detonation behaviour
and the effect of mixing in a Cold Single Shot Linear Rotating Detonation Engine …

A flexible wave velocity measurement method is proposed and a flexible velocity sensor
specimen based on the tiny beam structure is manufactured by flexible processing …

An important aspect of explosion safety is predicting detonation propagation in a
combustible cloud that forms following an accidental release. When buoyancy is important …