The heat transfer Magnetohydrodynamics flows have been potentially used to enhance the
thermal characteristics of several systems such as heat exchangers, electromagnetic …

Heat transport features of a dusty fluid flow within a resistive porous medium are numerically
interpreted under the magnetohydrodynamic environment. Fluid and dust phase …

Influence of electric and magnetic fields in a nonlinear viscoelastic flow is studied in this
communication. Microscopic description of Joule heating can be seen with the proposed …

The present paper concerns about finding the impact of applied transverse magnetic field on
parallel cylindrical shell of magneto viscous fluid by unit cell model. The considered flow is …

Advances in modern technology and extremely stringent demands for rotating elements of
machines impose researchers on the need for the continuous development of improved …

This work is devoted to find the impact of the magnetic field on the motion of incompressible
micropolar fluid past a sphere implanted in Brinkman's porous media. The flow is considered …

In the present study, the equations governing the electroosmotic flow in a horizontal
microchannel with hydrophobic walls are solved using the micropolar fluid model …

The main goal of this research is to explore the influence of an external magnetic field and
distinct permeability of the porous media on the flow of a couple stress fluid around a solid …

Micro-blower is a recent addition to fluid flow problems as they work accurately and
sensitively. It consists of a piezoelectric material, a diaphragm, a top plate, a nozzle and an …

This study investigates the impact of electroosmosis on the peristaltic flow of unsteady
micropolar nanofluid with heat transfer. The findings could enhance the design of peristaltic …