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 …

Based on the first-order Arrhenius kinetics of chemical reaction and hydrodynamics, we
proposed a mechanism to interpret the physical process of detonation onset. In the …

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 …

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

In this work, the deflagration-to-detonation transition (DDT) process in a tube filled with
quiescent and stoichiometric hydrogen/oxygen mixture is numerically simulated by a …

One-dimensional numerical simulations of non-ideal detonations were performed by using
inviscid reactive Euler equations. Chemical reactions in the equations were described by …

The study on deflagration-to-detonation transition (DDT) is very important because this
mechanism has relevance to safety issues in industries, where combustible premixed gases …

Detonation instability is a fundamental problem for understanding the micro-behavior of a
detonation front. With the theoretical approach of shock dynamics, detonation instability can …

One-dimensional overdriven detonation initiation is investigated numerically within a finite
rate detailed chemical reaction model. Numerical results exhibit that due to upstream inflow …

Collisions between detonations and shock waves of differentstrength have been numerically
simulated by using NND scheme implementedwith the improved two-step chemical reaction …