To celebrate the tenth anniversary of InterPore, we present an interdisciplinary review of
colloid transport through porous media. This review aims to explore both classical colloid …

A fibrous filter is a common cleaning device often used to remove particles from industrial
gas streams. The main question which often arises concerns the evolution of the pressure …

Fibrous filters are widely used in manufacturing and separation industries to remove aerosol
particles produced in the production process. However, due to the complex internal structure …

Although the fundamental concepts of fibrous filters are clearly understood for the capture of
micron and submicron sized particles, basic questions arise when the particles to be …

The discrete element method (DEM), based on JKR theory of adhesive elastic contacts, is
used for three-dimensional simulations of micro-particle deposition and aggregation on an …

Prediction of pore fouling by microparticles is still challenging and remains a difficult step to
optimize membrane and filtration processes. The scientific issue consists in determining the …

In order to obtain the comprehensive filtration information, such as the deposition
morphology of particles, evolutions of the instantaneous pressure drop and efficiency, 3-D …

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 …

In this paper, we present a methodology for simulating pressure drop and collection
efficiency of a filter medium during instantaneous particle loading using the ANSYS–Fluent …

Filtration of aerosol particles using composites of nano-and microsized fibrous structures is a
promising method of effective separation of nanoparticles from gases. The multiscale …