Various geoscientific processes in the shallow subsurface experience a temperature
difference between the solid and the liquid or gaseous phase. Prominent examples include …

Recirculation zones (RZs) are common in many geophysical flows. These zones form near
irregular solid boundaries and are separate from the main flow. Since mass can be trapped …

We address modern topics of stochastic hydrogeology from their potential relevance to real
modeling efforts at the field scale. While the topics of stochastic hydrogeology and numerical …

This paper presents currently available pore-scale predictive technique for immiscible two-
phase flow in complex porous media, which is based on the real structure description for the …

We study the upscaling of advective pore-scale dispersion in terms of the Eulerian velocity
distribution and advective tortuosity, both flow attributes, and of the average pore length, a …

A test using Rhodamine WT and heat as tracers, conducted over a 78 day period in a
strongly heterogeneous alluvial aquifer, was used to evaluate the utility of the combined …

Porosity waves correspond to a steady‐state solution to the coupled hydraulic and rheologic
equations that govern the flow of the fluid through the matrix and matrix deformation. This …

Processes of coupled fluid flow and heat transport in fractured porous media are of interest
in many different natural and industrial applications. Often it is difficult to represent all …

We present a methodology to characterize a continuum‐scale model of transport in porous
media on the basis of pore‐scale distributions of velocities computed in three‐dimensional …

The spherical agglomerate model with a single diameter is a common approach to describe
the average electrochemical reaction rate in the catalyst layer of PEM fuel cells. Real …