The problem of the axisymmetric steady flow of an incompressible couple stress fluid within
two concentric spheres is analyzed analytically in this study. In the interior of the solid …

The cree** rotational motion of a magnetohydrodynamic couple stress fluid between two
concentric spheres under the impact of slippages. The slippage conditions are applied on …

In this article, we consider the slow quasi-steady translational motion of two spherical
particles immersed in an unbounded magneto-micropolar fluid. The micropolar fluid is …

This investigation shows the effect of slippage on the slow spinning of a rigid sphere
covered by a non-concentric spherical hollow full of an incompressible couple stress fluid …

The axisymmetric cree** flow of micropolar fluid past a porous surface saturated with
micropolar fluid is investigated analytically. A sphere's surface is assumed to have adequate …

The objective of the present investigation is to provide a theoretical analysis of the flow of an
incompressible couple stress fluid through a Reiner–Rivlin liquid which is covered by a …

A semi-analytical investigation of a quiescent micropolar fluid between a rigid sphere and a
non-concentric spherical envelope with a slip regime is obtained. Two different cases have …

In this study, we examine the movement of two hard spheres aligned in a straight line within
an incompressible couple stress fluid under the impact of the magnetic field. Both objects …

The effect of a magnetic field and slip on the motion of a solid sphere moving perpendicular
to an unbounded rigid wall in an unlimited viscous fluid is investigated. As the sphere …

This paper concerns the analytical investigation of the axisymmetric and steady flow of
incompressible couple stress fluid through a rigid sphere embedded in a porous medium. In …