Natural sediments or aquifers frequently exhibit layering and structural contrasts, which give
rise to anomalous mass transfer behavior. Moreover, the effects of the interface on mass …

Hydrodynamic dispersion process in relation with the geometrical properties of the porous
media are studied in two sets of 6 porous media samples of porosity θ ranging from 0.1 to …

Experimental observations reveal the existence of anoxic microzones within oxygen‐rich
aquatic sediments. The microzones are hotspots of enhanced removal of nitrate and …

Transport in porous media is dominated not only by the average fluid velocity but also by the
local fluid velocities. In this study, a computational approach was used to investigate the …

We quantify flow channeling at the microscale in three‐dimensional porous media. The
study is motivated by the recognition that heterogeneity and connectivity of porous media …

Traditional interpolation techniques for particle tracking include binning and convolutional
formulas that use pre-determined (ie, closed-form, parameteric) kernels. In many instances …

Bioclogging, resulting from excess biomass growth in porous media, can influence flow,
solute transport, and biogeochemical reactions in natural and remedial subsurface systems …

We study many-particle transport in randomly jammed packing of spheres at different
particle Péclet numbers (⁠ P e*⁠). We demonstrate that a modified Nakagami-m function …

High degrees of spatial heterogeneity in hydrologic systems pose a major barrier for their
protection and remediation. Dissolved and particulate contaminants are mixed and retained …

Despite an increasingly large body of work advancing our understanding of flow interactions
occurring at the interface of a turbulent flow overlying a permeable bed, little is known …