A hydrodynamic permeability of membranes built up by porous cylindrical or spherical
particles with impermeable core is investigated. Different versions of a cell method are used …

The present study is an attempt to deal with hydrodynamic and thermal aspects of the
incompressible Carreau fluid flow past a membrane consisting of uniformly distributed …

This work concerns the effect of magnetic field on hydrodynamic permeability of biporous
membrane relative to the flow of micropolar liquid using four known cell models. The …

The present problem is concerned with the flow of a viscous steady incompressible fluid
through a non-homogeneous porous medium. Here, the non-homogeneous porous medium …

This paper concerns the slow viscous flow through an aggregate of concentric clusters of
porous cylindrical particles with Happel boundary condition. An aggregate of clusters of …

The present problem is concerned with the axi-symmetrical flow of viscous Newtonian fluid
over the membrane composed of spheroidal particles with impermeable core. Here, we …

An analytical study is devised for the problem of bimodal porous flow across a periodic array
of permeable cylindrical inclusions. Such a configuration is particularly relevant for porous …

The present paper concerns the influence of the magnetic field on the permeability of a
membrane of solid cylindrical particles covered with porous layer. Here, we have considered …

This paper concerns the Slow Motion of a Porous Cylindrical Shell in a concentric cylindrical
cavity using particle-in-cell method. The Brinkman's equation in the porous region and the …

This paper concerns the evaluation of the hydrodynamic permeability of a membrane built
up by non-homogeneous porous cylindrical particles using four known boundary conditions …