Particles that flow through porous environments like soils, inside a filter or within our arteries,
often lead to pore clogging. Even though tremendous efforts have been made in analysing …

A pore‐scale model based on measured particle size distributions has been used to quantify
the changes in pore space geometry of packed soil columns resulting from a dilution in …

Suspended particle transport is frequently involved in many geophysical processes and
subsurface engineering applications. Although common and important, the effect of liquid …

The dynamics of fine particle entrainment, transport, and deposition within pore systems,
and in particular, the capacity for mobile fines to impair permeability within porous media is …

Fines migration driven by fluid flows often causes pore clogging in porous media and thus
reduces the permeability of the porous media. The clogging can pose serious problems in …

Depressurization of hydrate-bearing sediments (HBS) is inevitably accompanied with
sediment transport, not only structural host sediment itself but also fine particles, which can …

Based on direct numerical simulations of the coupled motion of particles and fluid, this study
analyzes the collective hydrodynamic and colloidal effects of flowing microparticles during …

Fine particle motions have significant implications in porous media, manifesting in various
natural phenomena and industrial applications. The movement of particles can lead to …

The migration of mobile particles through porous networks is restricted when the size of the
migrating particles approaches the size of pore throats. In this case, single particle retention …

Understanding particle transport in porous media is critical in the sustainability of many
geotechnical and geoenvironmental infrastructure. To date, the determination of the first …