… flows. The scope of this work is the further development of a novel approach to simulate
multiphase flows … through a concept using particle relaxation times and force balances. Closure …

… Fluid flow in a nanochannel containing porous media was simulated in this study. … flow
domain was solved at a high Knudsen number (Kn) of 10 using a new equation for relaxation time …

… for multiphase flows… relaxation time and can be made sufficiently low if the value of τE is
close to 1/2 (Fig. 1). The passive scalar method for the LBM is usually used for single-phase flows…

… noninvasive determination of flow-induced structure of a multiphase system is introduced …
perpendicular to the flow is selected, frequency encoding is performed in the flow direction, …

We discuss several fully implicit techniques for solving the nonlinear algebraic system arising
in an expanded mixed finite element or cell-centered finite difference discretization of two- …

… The deposition coefficient was hence highest when the particles were intermediate in
size or in relaxation time. The calculated results indicated that the effect of the continuous-phase …

Turbulent dispersed multiphase flows are common in many engineering and environmental
applications. The stochastic nature of both the carrier-phase turbulence and the dispersed-…

… multiphase flows can be represented schematically as shown in Fig. 1. Of course, a multiphase
flow can be considered as a multifluid flow … closure relations and relaxation terms in order …

… advective multiphase flow in porous media in the absence of gravity and capillary forces. To
advance the solution one time … or the dynamics of the flow allow for large implicit time steps. …

… to the single relaxation time used in the BGK model, the multiple-relaxation-time (MRT) …
various hydrodynamic modes and allows them to relax at different time scales. The MRT-LB …