… are ubiquitous in multiphase flows and energy applications, … time scales. In addition, the
density ratio and Weber and Reynolds numbers involved in many practical multiphase flows, …

… 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…

… 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, …

… 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 …

… (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 …

… method (LBM) with multiple-relaxation-time (MRT) collision is employed to assess the non-Newtonian
fluid models for standard two-dimensional benchmarks flow configurations. A two-…

… reaction-coupled multiphase equations. Moreover, … relaxation time τ f in the LBM flow is
correlated with the kinematic viscosity as follows:(43) ν = c s 2 Δ t ( τ f - 0.5 ) where Δ t is the time …

… a multiple relaxation time entropic realization of a two-phase flow … While the original model
with a single relaxation time allows us to … Entropic lattice pseudo-potentials for multiphase flow …

… between relaxation times and viscosity is decoupled to remove the O( u 3 ) errors in the
original model, and thus a stabilization strategy is proposed by adjusting relaxation times without …

… Regarding the multiphase flow model considered in the present paper, the relaxation scheme
is compared to Rusanov’s scheme, the only scheme presently available. As expected, for …