We numerically investigated the global linear instability and bifurcations in electro-thermo-
convection (ETC) of a dielectric liquid confined in a two-dimensional (2-D) concentric …

The current work employs lattice Boltzmann simulations to compute incompressible flows in
two-sided oscillating lid-driven cavities. Vortex dynamics in oscillatory lid-driven cavity flows …

This paper aims to study the electro-thermo-convection of a high Prandtl number fluid
(silicone oil) in a rectangular cavity. A high accuracy numerical solver is undertaken to solve …

Abstract This work implements Lattice Boltzmann method to compute flows in double-sided
cross-shaped lid-driven cavities. Firstly, a complicated geometry which is a symmetrized …

Modal global linear stability analysis of thermal convection is performed with the linearized
lattice Boltzmann method (LLBM). The onset of Rayleigh–Bénard convection in rectangular …

A linear lattice Boltzmann flux solver (LLBFS) is developed based on the high-precision
finite-volume method (FVM) and is used to simulate problems involving acoustic …

We utilize the lattice Boltzmann method to conduct three-dimensional simulations of
incompressible flows in oscillating cubic lid-driven cavities. Our investigation focuses on …

A simplified linearized lattice Boltzmann method (SLLBM) suitable for the simulation of
acoustic waves propagation in fluids was proposed herein. Through Chapman–Enskog …

A linear lattice velocity model is developed, and a corresponding lattice Boltzmann flux
solver (LBFS) is constructed based on it. This solver calculates the fluxes of the linearized …

In this study, a high-order implicit least squares-based finite difference-finite volume (ILSFD-
FV) method with a lattice Boltzmann flux solver is presented for the simulation of two …