The integrated processes of flame acceleration, deflagration-to-detonation transition (DDT),
and the resulting detonation propagation in micro-and macro-scale channels are simulated …

Two-dimensional (2-D) numerical simulations based on the Eulerian–Lagrangian method
that take droplet break-up into account are conducted to clarify the mean structure of …

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 …

This article is dedicated to the construction of a robust and accurate numerical scheme
based on the lattice Boltzmann method (LBM) for simulations of gaseous detonations. This …

We evaluate the effect of boundary layer losses on two-dimensional H2/O2/Ar cellular
detonations obtained in narrow channels. The experiments provide the details of the cellular …

Experiments conducted over the past several decades have shown that the cellular structure
of detonations is responsible for enhancing the detonability of gaseous detonations in the …

The propagation of multidimensional gaseous detonations at elevated pressures was
investigated numerically. Initial conditions at which deviations from ideal gas are expected …

Detonation propagation in a compressible medium wherein the energy release has been
made spatially inhomogeneous is examined via numerical simulation. The inhomogeneity is …

The present study aims to clarify the effect of the polytropic index (ie, the ratio of specific
heats in the context of a perfect gas) on the detonation structure. This is addressed by two …

Detonation propagation in the limit of highly spatially discretized energy sources is
investigated. The model of this problem begins with a medium consisting of a calorically …