… flooding, resulting in a three-phase flow underground. In this work… three-phase pseudopotential
lattice Boltzmann model. We first briefly describe the three-phase pseudopotential model …

… The momentum transfer across fluid interfaces in multi-phase flow leads to a non-negligible …
use the lattice Boltzmann method (LBM) as a direct simulator to solve the three-phase flow at …

… In this article, an immiscible three-phase/three-component lattice Boltzmann flux solver (…
can achieve three-phase flow simulation with high density ratio (1:1000). This model quickly …

… In this study, the process of carbonate rock acidification with three-phase immiscible fluids
reactive flow at pore-scale is simulated by a multiphase multicomponent lattice Boltzmann …

… to three-phase … LB models are largely focused on three-phase flows, and only very few
studies have considered multiphase flows involving four or more immiscible incompressible fluids…

… In this paper, we will develop a lattice Boltzmann method that combines the phase-field model
… In addition, with the aid of the recent progress in LBM modeling of compressible flows,57–…

… incompressible flows of binary fluids based on two phase CH model to three phase fluid flows,
while their models … the results from our three-phase model and fourphase model with one …

… For an incompressible, immiscible three-phase system considered in this work, three order
… of the three-phase mixture. Continuity and Navier–Stokes for this type of flows can be written …

… outcomes are very sensitive to the model accuracy, we show that the present model is
advantageous to three-phase flow simulations and allows for accurate simulation of near-critical …

… However, the lattice Boltzmann method (LBM), developed about three decades ago, provides
an alternative way for the simulation of fluid flows. Unlike the conventional CFD solvers, …