Recent studies in the field of thermal engineering revealed that employing nanofluid as a
working fluid in a specific channel, considering both turbulators and magnetic field effect is …

The experimental and theoretical analysis of viscous dissipation and heat
generation/absorption management is crucial in engineering, medical, biological, and …

Heat transfer and entropy generation are crucial considerations in the nuclear industry,
where the safe and efficient transfer of heat is essential for the operation of nuclear reactors …

In this work, the flow behaviour of two immiscible fluids is analysed through an inclined
channel which is made of two rigid plates. The flow model consists of two porous regions of …

This work aims to analyse the flow of immiscible micropolar fluid through an inclined porous
channel in presence of uniform magnetic field. The flow model have divided in two different …

This work deals with the magnetohydrodnamic (MHD) flow of non‐miscible couple stress
and Newtonian fluids within a horizontally‐oriented porous cylinder. The overall flow domain …

Rotational flow has numerous applications across a wide range of fields, including industrial
processes for mixing, pum**, and processing materials, geophysical fluid dynamics for …

The influence of thermal non-equilibrium condition on the mixed convective flow of a
magneto-micro-polar fluid in a vertical pipe filled with porous media along with the heat …

The principles of viscous heating and thermal radiation are vital in space engineering,
mechanical machines, high temperature applications and oil exploration. This study is …

The intent of the current work is to study the time-dependent MHD flow of two immiscible
Newtonian and micropolar fluids in a porous pipe in presence of heat transfer. The …