Heat conduction in porous media is generally accompanied by the natural convection of the
fluid within the pores driven by the temperature gradient. However, the criterion to determine …

Rarefied gas flows in complex geometries with heat transfer and moving boundaries have
received remarkable attention due to the prevailing of micro/nano science and engineering …

In thermal multiphase flows, the modulation in the heat transfer rate due to the presence of
finite-size solid particles attract growing interest in recent years. This study focuses on …

To further enhance the performance of power battery cooling systems, bionic wavy cooling
plates were developed and investigated by numerical simulation via COMSOL Multiphysics …

Predicting heat, flow and mass transport properties in three-dimensional (3D) porous media
is computationally and experimentally intractable owning to the complex morphological and …

Abstract Particle-Resolved Simulations (PRS) of fluid–solid particles are conducted to study
fluid–particle heat transfers and wall-to-bed heat transfers in an anisothermal liquid–solid …

Enthalpy-based lattice Boltzmann (LB) method is an effective approach for solid-liquid
phase change problems. Meanwhile, numerical diffusion across the phase interface will …

This study examines the microconvection effects on the cooling performance of ice slurry
flows within a circular tube based on particle-resolved simulations performed using the …

Electroconvection (EC) turbulence is an important branch of electrohydrodynamics (EHD).
Because the turbulence model for EHD has not been well studied, in this work we apply the …

Moving boundary recognition exists widely in the numerical simulation of motion problems in
fluid mechanics engineering. Particularly, in rotating machinery flows simulations, a method …