Effective water management is essential to improve the performance of proton exchange
membrane fuel cells (PEMFCs). A pseudopotential multiple relaxation time (MRT) multi …

The pseudo-potential lattice Boltzmann (LB) model is versatile in modeling multiphase flows
since the mesoscopic interaction potential enables it to directly describe the nonideal effect …

Capturing the relaxation of a capillary interface towards its equilibrium profile is pivotal for
accurate simulations of two-phase flow at high dynamics using the phase-field method. The …

The splash morphology and central jet characteristics of a water droplet impacting a thin
water film were investigated for carefully controlled liquid film thicknesses of 120–700 μm …

This paper studies the interaction of two droplets splashing on a stationary film. A source
term is included in the large-density-ratio pseudopotential lattice Boltzmann method to …

This paper is an attempt to simulate the mathematical modelling on drop deformation in a
saturated medium due to its movement and collision onto the liquid film. The reactions …

In this paper, an alternative model is presented to simultaneously achieve thermodynamic
consistency, leading to high-density ratios, and surface tension adjustment capability based …

The realistic three-phase water entry of a free-fall cylinder is investigated in this paper using
an efficient lattice Boltzmann method (LBM) with automatic interface capturing capability …

This study aims to investigate binary droplet collision with large density ratios (DRs) via an
improved pseudopotential multiple-relaxation-time (MRT) lattice Boltzmann method (LBM) …

In this paper, a pseudopotential high density ratio (DR) lattice Boltzmann model was
developed by incorporating multi-relaxation-time collision matrix, large DR external force …