Over the last 60 years, soil microbiologists have accumulated a wealth of experimental data
showing that the bulk, macroscopic parameters (eg, granulometry, pH, soil organic matter …

Shales will play an important role in the successful transition of energy from fossil-based
resources to renewables in the coming decades. Aside from being a significant source of …

The distribution of organic substrates and microorganisms in soils is spatially
heterogeneous at the microscale. Most soil carbon cycling models do not account for this …

A computational study is performed to analyze oxygen transport in dry and wet stochastically
reconstructed catalyst layers (CLs). CL stochastic reconstructions are generated using …

Primary fluid recovery from a porous medium is driven by the volumetric expansion of the in
situ fluid. For production from a petroleum reservoir, primary recovery accounts for more than …

Reaction–diffusion processes in multiscale catalytic porous media are found in a wide range
of scientific areas as, for example, electrochemical energy conversion and storage devices …

In this work, we present the outlines of the periodic homogenization of the diffusion equation
with chemical reaction at the interface, for different orders of magnitude of the Damköhler …

Two novel scale-bridging algorithms to model reaction-diffusion transport in porous media
are presented. The algorithms are based on direct numerical simulations and couple the …

In this work, the periodic homogenization method is applied to a system of two equations of
diffusion coupled through heterogeneous chemical reactions at the solid–fluid interface. This …

Upscaling of coupled diffusion-heterogeneous reaction problem in porous media is
developed for different orders of magnitude of the Damköhler number. At the pore-scale, the …