The present study investigates, via high performance computing simulations, detonations
propagating in small channel filled with a working fluid representative of the thermodynamic …

A numerical study of the propagation of regular detonation waves is conducted in the context
of narrow channels undergoing strong wall confinement. To deal with shock waves …

Numerical simulations of two-dimensional inviscid detonations for a stoichiometric
propane/oxygen gas mixture are performed using a detailed chemical reaction model. The …

We perform a very long time numerical simulation to capture the three-dimensional
detonation structures in a rectangular duct by solving the reactive Euler equations using the …

The propagation of two-dimensional cellular gaseous detonation bounded by an inert layer
is examined via computational simulations. The analysis is based on the high-order …

A two-dimensional numerical simulation has been performed to study the interaction of a
gaseous detonation wave with obliquely inclined surfaces in a variable cross-sectional …

Propagation limits of detonations in narrow channels have been studied with a focus on
velocity deficits and variation in cell widths. A channel was formed by a pair of metal plates …

The present work aims at exploring the stabilization mechanism of detonation propagating in
a supersonic expanding channel with inflow velocity gradients. To achieve this, two …

The present work studies numerically the quasi-steady propagation of a hydrogen/oxygen
detonation in a supersonic model combustor consisting of a cavity and an expanding wall …

This investigation deals with the study of the mean structure of a mildly unstable non-ideal
detonation wave. The analysis is based on the integration of one-dimensional reactive Euler …