Experiments are performed to investigate the combustion characterization and operating
diagram under the lean fuel condition in a laboratory-scale H 2/air rotating detonation …

We review recent progress in gaseous detonation experiment, modeling, and simulation. We
focus on the propagating detonation wave as a fundamental combustion process. The …

An adaptive finite volume approach is presented to accurately simulate shock-induced
combustion phenomena in gases, particularly detonation waves. The method uses a …

In the present work the propagating modes of detonation wave in supersonic hydrogen–air
mixtures are investigated in narrow rectangular channels. To clarify the effect of the …

To clarify the role played by diffusion in detonation structure, two-dimensional numerical
simulations are performed by solving the Navier–Stokes equations and considering the …

The paper presents the results of a numerical study of the initiation of oblique detonation
modes by a high velocity projectile moving in an argon-diluted hydrogen-oxygen mixture …

In the present work the propagation of gaseous detonations in a channel with porous walls
is investigated experimentally and numerically. The main goal of the study is to determine …

This paper reports high resolution simulations using a fifth-order weighted essentially non-
oscillatory (WENO) scheme with a third-order TVD Runge–Kutta time stepping method to …

A robust method is developed and used to provide rational estimates of reaction zone
thicknesses in onedimensional steady gas-phase detonations in mixtures of inviscid ideal …

Numerical simulation can be key to the understanding of the multidimensional nature of
transient detonation waves. However, the accurate approximation of realistic detonations is …