The presence of magnetic field results in a reduction in natural convective heat transfer and
entropy generation in cavities. The use of nanofluids improves the performance of thermal …

Vanadium redox flow batteries (VRFBs) are promising energy storage devices. The
microstructure of the porous electrode affects the performance of VRFBs. Therefore …

A dual‐network model (DNM) representing the topological characteristics of both the pore
space and solid fraction of a packed bed was developed to study coupled incompressible …

Being a promising method for thermal protection system, transpiration cooling has received
wide interest recently. Numerical simulation for transpiration cooling, however, has been …

Coal spontaneous combustion (CSC) in the gob areas is considered to be an important
safety issue in the coal industries. Numerical simulation is a reasonable tool for predicting …

Improved understanding of complex hydrosystem processes is key to advance water
resources research. Nevertheless, the conventional way of modeling these processes …

Thermal-viscous fingering instability in porous media is a common phenomenon in nature
as well as in many scientific problems and industrial applications. Despite the importance …

Based on the photothermal effect, laser can be used to treat vascular diseases (VD) in clinic
of dermatology and ophthalmology. Transient vascular thermal response to laser irradiation …

We present a fully coupled pore-network/free-flow model providing pore-scale insight into
drying processes. We solve the Navier–Stokes equations with component transport in the …

Currently, porous materials (PM) are actively used in many fields of science and technology,
and the processes of heat and mass transfer in porous materials underlie a wide variety of …