The current research deals with the MHD pulsating flow of two immiscible liquid layers with
joule heating and first-order chemical reaction. The channel is partitioned into two regions …

In this work, authors have presented the flow of the micropolar-couple stress fluids passage
through an inclined channel. The inclined channel is occupied by the porous material. In the …

The entropy generation analysis of two-layer magnetohydrodynamic electroosmotic flow
through a microparallel channel is performed in this study. The two immiscible fluid flows are …

Bi-viscosity Bingham plastic fluids are used to understand the rheological characteristics of
pigment–oil suspensions, polymeric gels, emulsions, heavy oil, etc. In many industrial and …

The flow of magneto‐micropolar nanofluid, that is, the composition of TiO2 nanoparticles in
an organic solvent, kerosene, and the normal water past a stretchable surface has been …

The present work concerns with an entropy production of two-phase non-miscible
Newtonian and micropolar fluid in a rectangular conduit. In this model, the flow regime is …

The entropy generation of two immiscible fluids is investigated in a conjugate heat transfer
system. The velocity and temperature fields are analytically obtained by solving the …

A mathematical model is developed to analyze electro-kinetic effects on unsteady peristaltic
transport of blood in cylindrical vessels of finite length. The Newtonian viscous model is …

The present work examines the combined influence of variable thermal conductivity and
viscosity on the irreversibility rate in couple stress fluid flow in between asymmetrically …

This work analyzes the impact of oriented magnetic fields and thermal radiation on the
entropy generation of two non-miscible electrically conducting micropolar and Newtonian …