Porous media play important roles in a wide range of scientific and engineering problems.
Recently, with their increasing application in energy conversion and storage devices, such …

Small scale particles/pores from micrometers and down to nanometers often occur in multi-
functional porous electrodes in fuel cells, to enhance the catalytic reaction activities and …

Pore network modeling is a widely used technique for simulating multiphase transport in
porous materials, but there are very few software options available. This work outlines the …

The capability to simulate real gas flow in porous materials with micro-and nano-meter-scale
pores is of importance in many applications, such as gas extraction from shale reservoirs …

Macro-scale models of coupled free flow and flow through a permeable medium often lack
the capabilities to account for process-relevant complexities on the pore scale. Direct …

A pore-scale simulation approach combining the pore-scale model (PSM) and lattice
Boltzmann method (LBM) is developed for a gas diffusion layer (GDL) of a proton exchange …

Thin porous media are present in multiple electrochemical energy devices, where they
provide key transport and structural functions. The prototypical example is gas diffusion …

We apply a reactive transport model to study the effect of correlation length on dissolution
and to characterise reactive transport in pore-scale correlated porous media. Porous media …

This study introduces PoreFlow, a pore-network modeling tool capable of simulating fluid
flow and multi-component reactive and adsorptive transport under saturated and variably …

A general framework based on pore network modeling is presented for simulation of reactive
transport in a porous catalyst with a hierarchy of porosity. The proposed framework is …