Advances in computational power and scanning technology has allowed one to estimate the
flow permeability in porous media directly from 2-D and 3-D micrographs. So, unit cells …

We compute effective properties (ie, permeability, hydraulic tortuosity, and diffusive
tortuosity) of three different digital porous media samples, including in‐line array of uniform …

For this study, gas transport in the gas diffusion layers of polymer electrolyte fuel cells was
analyzed in one through-plane and two in-plane directions. Gas transport was calculated …

The process of transport and trapping of arsenic ions in porous water filters is treated as a
classic mass transport problem which, at the pore scale, is modeled using the traditional …

Актуальность вызвана необходимостью разработок новых математических моделей,
методов, экспериментальных подходов при исследовании проблем миграции …

Miscible multiphase flow in porous media is a key phenomenon in various industrial and
natural processes, such as hydrogen storage and geological carbon sequestration …

The closure formulation, developed as a part of the derivation of Darcy's law proposed by
Whitaker (1998), is used to develop a method based on two-dimensional (2D) micrographs …

Modeling the transport and evaporation of multi-component liquids remains one of the most
challenging problems in porous media studies. In this paper, slow isothermal evaporation of …

Contaminant transport in porous media is a well-researched problem across many scientific
and engineering disciplines, including soil sciences, groundwater hydrology, chemical …

Multispecies solute dispersion with sequential first-order decay often occurs in contaminated
geological formation with radioactive wastes and their biodegradation products. As a result …