Packed beds are the simplest fluid–solid contact systems for water vapour adsorption from
humid air. They usually are free from mechanical problems due to their non-moving parts …

Investigations of fluid instability and density-driven convection in soils and rocks are
motivated by both natural phenomena giving rise to ecological problems, and human …

In this study, we performed multitracer laboratory bench-scale experiments and pore-scale
simulations in different homogeneous saturated porous media (ie, different grain sizes) with …

We investigate the upscaling of dispersion from a pore‐scale analysis of Lagrangian
velocities. A key challenge in the upscaling procedure is to relate the temporal evolution of …

This pore-scale modeling study in saturated porous media shows that compound-specific
effects are important not only at steady-state and for the lateral displacement of solutes with …

We study the impact of microscopic order on transverse dispersion in the interstitial void
space of bulk (unconfined) chromatographic beds by numerical simulations of …

Dilution of solute plumes in groundwater strongly depends on transverse mixing. Thus, the
correct parameterization of transverse dispersion is of critical importance for the quantitative …

Transverse mixing is critical for reactions in porous media and recent studies have shown
that to characterize such mixing at the Darcy scale a nonlinear compound-specific …

In the field of heterogeneous catalysis, additively manufactured so-called Periodic Open
Cellular Structures (POCS) applied as catalyst supports have demonstrated their …

Abstract The Spatial Markov Model (SMM) is an upscaled model with a strong track record in
predicting upscaled behavior of conservative solute transport across hydrologic systems …