… The lattice Boltzmann modeling of immiscible multiphase flows needs to be … flow
phases. From this perspective, the goal of this research is to introduce the multiple-relaxation-time …

… field multiple relaxation time lattice Boltzmann method (LBM) is presented in this paper for
simulation of multiphase flows with large density contrast. In the present method, the flow field …

… multiphase flows. The hydrodynamics is simulated by the lattice-Boltzmann equations with
the multiple-relaxation-time (MRT… -relaxation-time collision model for axisymmetric multiphase …

… in terms of the relaxation time determined by the … local relaxation time along the well. It is
concluded that inclusion of nonequilibrium relaxation effects in models for rapid multiphase flow …

… scale multiphase flow and then we propose an approach to study subsecond flow processes
… Therefore, we speculate that the relaxation time could be indicative of fluid permeability at a …

… numerical simulation methods for multiphase flows, such as … powerful tool to study multiphase
flows due to its mesoscopic … the simulation of various multiphase flows, such as cavitation…

… In this paper, we propose a 3D multi-relaxation time (MRT) model for multiphase flows at
large density ratios. The proposed model is capable of adjusting the surface tension …

… to predict and characterize the nature of the relaxation time for hydrocarbon fluids. … applied
to the relaxation in the gas separation model for computing the relaxation time associated with …

… simulate challenging multiphase flow problems, especially realistic multiphase flows at large
density ratios and high Reynolds numbers. For high density ratio (∼ 10 3 ) multiphase flow, …

… a block-lower-triangular relaxation matrix is introduced. The … The governing equations
of incompressible multiphase flows … multiphase flow problems with large density ratio (1000). …