Thermal energy conformities in a porous enclosure claim many applications like transfer of
thermal energy via regulators, cooling structure in turbine blades, heat exchangers …

We develop a numerical method for solving three-dimensional problems of fluid filtration and
absorption in a piecewise homogeneous medium by means of boundary integral equations …

A modified formulation of the interfacial boundary conditions for the coupling of the Stokes
and Brinkman models that describe the incompressible fluid flow in the free space and …

A new approximate approach to solve the two-dimensional boundary-value problems for the
Stokes flows in a porous medium composed of a set of circular inclusions is proposed. The …

The problem of incompressible gas flow in a periodic cell with one microfiber and many
nanofibers as an element of the porous structure of a mixed-type aerosol filter has been …

In this study, we develop a non-primitive boundary integral formulation (BIF) for modeling
flow through composite porous channel. We consider a planar channel having two packings …

The boundary-domain integral method with the analytical integrals over the individual
boundaries and internal cells for the solving the boundary value problems of fluid flow …

ВН Паймушин–д-р физ.-мат. наук, проф., Казанский национальный технический
университет им. АН Туполева–КАИ, Казанский федеральный университет, г. Казань …

Развита модель течения аэрозоля в периодической ячейке регулярного ряда пористых
цилиндров. Гидродинамическое поле течения несущей среды вне и в области …

AR Khaziev, Sh. Kh. Zaripov, RF Mardanov, AG Pilyugin, “Efficiency of capture of inertia aerosol
particles in a periodic cell with a porous cylinder”, Uchenye Zapiski Kazanskogo Universiteta …