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 …

A numerical study is performed to investigate the effect of preshock turbulence on the
detonation wave properties. The analysis is based on the integration of the chemically …

The dynamics of a one-dimensional detonation predicted by a one-step irreversible
Arrhenius kinetic model are investigated in the presence of mass, momentum and energy …

The dynamics of one-dimensional detonations predicted by a one-step irreversible
Arrhenius kinetic model with the inclusion of mass, momentum, and energy diffusion were …

It is found that different authors have treated non-ideal detonations (detonations with friction)
in different ways. Some authors include a source term in the conservation of energy …

The oscillation mechanism and reignition process of one-dimensional unsteady detonations
are numerically studied using a one-step chemical reaction model governed by Arrhenius …

In order to elucidate the effect of chemical kinetics on the dynamic structure of a detonation,
an investigation is carried out by means of high-resolution numerical simulations of the …

In the present work, a system of two-dimensional nonsteady hydrodynamic and chemical
kinetic equations was numerically integrated for an exothermic system. An assumed two …

This paper studied the feasibility of the propagation of a steady detonation wave in rough
tubes, based on the unsteady quasi-one-dimensional reactive Euler equations with frictional …

A formulation of the reactive Euler equations in the shock-attached frame is used to study the
two-dimensional instability of weakly unstable detonation through direct numerical …