… This paper reviews methods for studying flows of multiphase fluids. These systems are
typically a solid phase suspended in a liquid but could also include emulsions, suspensions of …

… flows, liquid-liquid flows, and the flow through porous medium. In the first part of this publication
we give a comprehensive review of the theory of multiphase flows … the relaxation time of …

… the multiphase lattice Boltzmann model to realistic fluid flows … relaxation time (MRT) lattice
Boltzmann model with an improved forcing scheme is reported for simulating multiphase flows …

… The lattice Boltzmann method for immiscible multiphase flows with large density ratio is
extended to high Reynolds number flows using a multiple-relaxation-time (MRT) collision …

… We can adopt the physical interpretation that the relaxation time 6 is very long compared
with w_1. The second speed, the equilibrium speed of propagation, is defined as …

… In this paper, a MRTLB model for multiphase flows with large density ratios and various
viscosities is developed and applied to simulate water-gas transportations in the GDL of a PEM …

… compared to the single relaxation time LBM. In addition, the … numerical simulation of multiphase
flows. Unlike other traditional … In addition, for multiphase flows, the phase segregation in …

… relaxation time, both conspiring to create artificially large velocities near interfaces and
thus ruining both accuracy and stability. We introduce a fix for each issue, and show that the …

… Since most pseudopotential multiphase models are extensions derived from LBGK, they are
… multiphase flows. One possible way of improvement is the use of multiple-relaxation-time (…

… (SRT) model, in which all the distribution functions relax to their … An improved model is the
multiple relaxation time (MRT) operator… Individual relaxation times could be used for different …