… nonequilibrium effects on detonation, we simulate a 2D unsteady detonation ignoring
nonequilibrium effects, and compare it to the one considering nonequilibrium effects. In addition, a …

… The calculation of the reaction term is the key step for the discrete Boltzmann modelling
of reactive flows. Now, let us introduce three ways to obtain its mathematical expression. …

… Reactive flows encompassing a wide variety of nonlinear, unsteady, and nonequilibrium
processes … reactive flows. In the past few decades, considerable research has been devoted to …

… To verify the consistency of theoretical and numerical results of the nonequilibrium
manifestations of reactive flows, firstly, we simulate a reaction process in a uniform resting system. …

… flow equations, this is the “best” quasi-static expression and is taken in this study as the basis
for analyzing the reacting flow effect… be neglected when calculating the unsteady pressure. …

… Chemically reacting flow in an aeropropulsion system is a typical example of such cases. …
been developed for solving the unsteady chemical nonequilibrium Navier-Stokes equations …

… Next, let us investigate the velocity distribution function of unsteady detonation. In [38], via
the Chapman-Enskog analysis, the local particle velocity distribution function of reactive flow is …

… In this article, the effect of nonlinear heat source on chemical reactive flow of magnetized …
system to become more unstable. When there is just a tiny bit of, the effect is more noticeable. …

… , unsteady, chemically reacting nonequilibrium flow. Subsonic, transonic, and supersonic
flow … However, experience with one-dimensional analyses of reacting flows indicates that the …

… flows over double wedges. To the best of our knowledge, the effects of aft angle on the
chemically reacting flows … (left) and nonequilibrium (right) reacting flows over double wedges with …