How to accurately probe chemically reactive flows with essential thermodynamic
nonequilibrium effects is an open issue. Via the Chapman–Enskog analysis, the local …

Thanks to its mesoscopic nature, the recently developed discrete Boltzmann method (DBM)
has the capability of providing deeper insight into nonequilibrium reactive flows accurately …

A multiple-relaxation-time discrete Boltzmann model (DBM) is developed for compressible
thermal reactive flows. A unified Boltzmann equation set is solved for hydrodynamic and …

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

The kinetic modeling and simulation of reactive flows, especially for those with detonation,
are further investigated. From the theoretical side, a new set of hydrodynamic equations are …

In this paper, unsteady detonation is simulated and investigated from the viewpoint of kinetic
theory. The deviations of the velocity distribution function from the equilibrium state are …

A shock wave that is characterized by sharp physical gradients always draws the medium
out of equilibrium. In this work, both hydrodynamic and thermodynamic nonequilibrium …

A lifting relation connecting the distribution function explicitly with the hydrodynamic
variables is necessary for the Boltzmann equation-based mesoscopic approaches in order …

Based on the Boltzmann equation, the detonation problem is dealt with on a mesoscopic
level. The model is based on the assumption that ahead of a shock an explosive gas mixture …

In this article, we propose a generalized model for nonequilibrium vibrational energy
distribution functions. The model can be used, in place of equilibrium (Boltzmann) …