This review provides an overview of concepts and approaches for the quantification of
passive, non-reactive solute mixing in steady uniform porous media flows across scales …

The interplay between mixing and reactive processes plays a pivotal role in a range of
biogeochemical processes controlling the transport, transformation and turnover of chemical …

Flow and transport through fractured geologic media often leads to anomalous (non‐
Fickian) transport behavior, the origin of which remains a matter of debate: whether it arises …

We develop a general framework for modelling mixing in porous media flows, in which the
scalar mixture is represented as an ensemble of lamellae evolving through stretching …

Lithium-ion batteries can experience mechanical loads for a variety of reasons, including the
rigidity of the cell casing itself, bracing of cell stacks in a module, which is generally due to …

Porous media in which different fluid phases coexist are common in nature (eg, vadose zone
and gas‐oil reservoirs). In partially saturated porous media, the intricate spatial distributions …

This study presents high‐resolution flow‐through experiments investigating transport
processes in a laboratory setup mimicking an aquifer affected by hydropeaking (ie, abrupt …

When laboratory-measured chemical reaction rates are used in simulations at the field-
scale, the models typically overpredict the apparent reaction rates. The discrepancy is …

Fluid mixing plays a fundamental role in many natural and engineered processes, including
groundwater flows in porous media, enhanced oil recovery, and microfluidic lab‐on‐a‐chip …

Mixing processes significantly affect and limit contaminant transport and transformation rates
in the subsurface. The correct quantification of mixing in groundwater systems must account …