… To further verify the robustness of the model in capturing strong shock with a high Ma
number and the precision for compressible flows, we consider the collision of two strong shock …

… MODEL CONSTRUCTION Based on the ES-BGK single-relaxation model, we present a
two-fluid DBM for compressible flows … To construct a two-fluid DBM from Boltzmann equation, …

… It is then used to solve two-dimensional inviscid compressible flow … LB models and enhance
the robustness of compressible flow … compressible 25-discrete velocities FD-LB model. The …

… Extension of LBM to compressible flows requires lattices with more discrete velocities (multi-speed
or higher-order lattices) in order to adequately represent the moment system …

… [16] Furthermore, for the purpose of preliminary study on discrete velocities, in this paper, a
… DBM of compressible flow with external force. This discrete velocity scheme, named model (1…

… DBM for compressible flows without reaction based on the single-relaxationtime Boltzmann
… In this work, we extend the model to 3D reactive flows and present a multiple-relaxation-time (…

… and lack of isotropy at high-speed flows, which make their application limited to low-speed
incompressible flows. The number of discrete velocities of the standard lattices is too low to …

… ), with successful application to thermal compressible flows in both subsonic and supersonic
regimes on a regular D3Q19 lattice (ie, with 19 discrete velocities for 3D flows). The key …

… trajectories of the discrete Boltzmann equation back in time [… an SLLBM solver for compressible
flows. The methodology is … to other adaptive LBM models for compressible flows [30–32]. …

… comparison of discrete velocity models used for simulation of compressible flows with arbitrary
… The straightforward extension of the LBM to the simulation of compressible flows can be …