Abstract Modified Lotka–Volterra chemical schemes were developed with the goal of
performing numerical simulation of detonation driven by single-and multi-stage heat release …

A three-dimensional simulation of the deflagration-to-detonation transition (DDT) in a H2/O2
mixture in a rectangular tube is performed under adiabatic and isothermal wall boundary …

Thanks to its mesoscopic kinetic nature, the discrete Boltzmann method has a capability of
investigating unsteady detonation with essential hydrodynamic and thermodynamic …

This investigation deals with the two-dimensional unsteady detonation characterized by the
cellular structure resulting from trajectories of triple-shock configurations formed by the …

Two dimensional numerical simulation of the structure of gaseous detonation is investigated
by utilizing the single step Arrhenius kinetic reaction mechanism in both high and low …

Abstract A 4-species 4-step global reaction mechanism for detonation calculations is derived
from detailed chemistry through thermochemical approach. Reaction species involved in the …

In recent years, several studies have been dedicated to modeling of detonations including
assumptions of thermal non-equilibrium. Modeling using two-temperature models has …

Featured Application Gaseous detonation can be used as an efficient propulsion method to
serve the design of detonation engines. This work was to identify the possible effect of …

In the field of explosion accidents and the combustion chamber of propulsion systems,
gaseous mixtures are more likely to be highly non-uniform and a detonation usually …

A parametric numerical study is performed of a detonation cellular structure in a model
gaseous explosive mixture whose decomposition occurs in two successive exothermic …