This contribution presents a comprehensive overview of lattice Boltzmann models for non-
ideal fluids, covering both theoretical concepts at both kinetic and macroscopic levels and …

Taylor flow is a strategy-aimed flow to transfer conventional single-phase into a more
efficient two-phase flow resulting in an enhanced momentum/heat/mass transfer rate, as well …

Drop impact on solid surfaces widely occurs both in nature and engineering. In this
Perspective, we review the recent advances in experimental, theoretical, and numerical …

A mesoscopic lattice Boltzmann model is implemented for modelling isothermal two-
component evaporation in porous media. The model is based on the pseudopotential …

In this paper, a three-dimensional (3D) cascaded lattice Boltzmann method (CLBM) is
implemented to simulate the liquid–vapor phase-change process. The multiphase flow field …

The effects of surface tension and initial input energy on cavitation properties based on a
tunable-surface-tension large-density-ratio thermal lattice Boltzmann method pseudo …

In this work, we develop a unified lattice Boltzmann model (ULBM) framework that can
seamlessly integrate the widely used lattice Boltzmann collision operators, including the …

In the past few decades, the droplet impact on a heated plate above the Leidenfrost
temperature has attracted immense research interest. The strong hydrophobicity caused by …

A 3D multi-component multi-phase lattice Boltzmann model is developed to study the droplet
motion in the flow channel of proton exchange membrane fuel cell. The model is capable of …

Disjoining pressure effect is the key to describe contact line dynamics, micro/nanoscale
liquid–vapor phase change heat transfer, and liquid transport in nanopores. In this paper, by …