Pore network models have been applied widely for simulating a variety of different physical
and chemical processes, including phase exchange, non-Newtonian displacement, non …

Fluid flow and mass transport in geological materials are crucial in diverse Earth science
applications. To fully understand the behavior of geological materials in this context, the …

Obtaining structural information from tomographic images of porous materials is a critical
component of porous media research. Extracting pore networks is particularly valuable since …

Understanding and predicting colloid transport and retention in water‐saturated porous
media is important for the protection of human and ecological health. Early applications of …

Abstract Systems dominated by heterogeneity over a multiplicity of scales, like porous
media, still challenge our modeling efforts. The presence of disparate length-and time …

This paper proposes the fabrication process of the first fully 3D-printed ceramic core
structures for portable solar desalination devices optimized to tackle water scarcity from an …

Solute transport in partially-saturated porous media plays a key role in multiple applications
across scales, from the migration of nutrients and contaminants in soils to geological energy …

The recent profusion of microscopic characterization methods applicable to Earth Science
materials, many of which are described in this volume (Anovitz and Cole 2015, this volume; …

Pore-scale modeling plays a crucial role in understanding and upscaling solute transport
behavior in porous media. Direct simulation offers the highest fidelity in resolving pore-scale …

Pit membranes between xylem vessels play a major role in angiosperm water transport. Yet,
their three‐dimensional (3D) structure as fibrous porous media remains unknown, largely …