Unsaturated soils are three-phase porous materials that consist of the solid phase, the liquid
phase and the gas phase. While accurate predictions to the thermal conductivity of …

In the field of soil hydrology, pore structure is a key factor affecting soil permeability. This
paper uses micro-CT scanning technology to visualize and quantitatively analyze the impact …

The heterogeneity of shale pores, a crucial factor in the occurrence and migration of shale
gas, exerts a significant impact on the pore connectivity. Pores exhibiting a range of …

The convective heat transfer is one of the most important mechanism of heat transference for
controlling the chaotic characteristics in porous media. A comparative study of thermal non …

Real-time mine ventilation network solution is the core way to realize the actual intelligent
ventilation, and ventilation friction resistance coefficient is a significant parameter of network …

Effective thermal conductivity of porous media is a crucial parameter for heat transfer within
them. Many studies have characterized various porous media by adjusting the control …

The complexity and heterogeneity of pore structure present significant challenges in
accurate permeability estimation. Commonly used empirical formulas neglect its microscopic …

Unconventional shale reservoirs and typical fine-grained rocks exhibit complicated, oriented
features at various scales. Due to the complex geometry, combination and arrangement of …

In this article, magnetohydrodynamic (MHD) radiative nanoliquid flow in a porous media on
top of a surface expanding at nonlinear rate with thermal radiations and heat generation is …

Abstract 3D digital models can facilitate the understanding of micro-and nanoscale pore
structures and enhance the permeability prediction accuracy of geological materials …