… problem of fixed Pr numbers are mainly based on the first idea. In this paper, we propose a
discrete Boltzmann model for detonation based on the Shakhov model, so that the Pr number …

… single-fluid discrete Boltzmann model is proposed to … and somewhat similar to that of
detonation wave from the sense that a … and TNE characteristics of detonation wave by using the …

… To remove this binding under the framework of single-relaxation-time, in this work, the
model construction is based on the Ellipsoidal Statistical Bhatnagar–Gross–Krook (ES-BGK) …

… model [32] and a Shakhov model [33] … discrete Boltzmann modeling. The DBM is equivalent
to the modified NS equations plus a coarse-grained thermodynamic nonequilibrium model in …

… In ‘detonation and shock wave’, Shan et al. propose a discrete Boltzmann model with the
Shakhov detonation model for modelling detonation processes. Several benchmark cases are …

… , and rotating detonation propulsion … based upon physical models suitable for single-component
fluids [40–44], while the present research is on the base of our reliable kinetic model …

… multi-scale discrete Boltzmann method (DBM) based on density … model Boltzmann equations
based on single and multi-time relaxation approximations. In addition, the BGK-like models …

… plasma on the initiation of a pulse detonation engine at multiple locations, we … Based on
the establishment of the plasma-assisted detonation initiation model, the process of detonation …

… introduce the Boltzmann model and a simplified relaxation model. … the discrete ordinate
discretization, the Fourier approximation of the … In the third part, we present the discrete spatial …

… (RT) instability in compressible fluid via the discrete Boltzmann method. It is found that the
… Different from the traditional computational fluid dynamics, the discrete Boltzmann method …