Scientific community from the field of thermo-fluidics have focused extensive attention
towards investigating techniques of enhancing the heat transfer in varied thermal systems …

A mathematical model has been constructed to examine the creeping sinusoidal flowing and
diffusion of a solute material of an incompressible couple-stress fluid across a porous …

Here, mathematical modeling is performed for the nonlinear mixed convection in dissipative
convective flow of micropolar fluid towards a stretched surface. Mixed convection occurs …

The present research explores the Stokesian flow of an axisymmetric, incompressible
couple stress fluid through a porous material enclosing a solid sphere in the presence of a …

The main aim of this numerical analysis is to demonstrate the effect of Lorentz force and
viscous dissipation on the couple stress-squeezed hybrid-nanofluid flow between two …

Presently, scientists across the world are carrying out theoretical and experimental
examinations for describing the importance of nanofluids in the heat transfer phenomena …

Magnetohydrodynamic entropy optimized flow of Reiner-Rivlin liquid by stretched cylinder is
addressed. Thermal relation comprises viscous dissipation, heat generation, Ohmic heating …

The theme of this paper is to scrutinize the irreversibility analysis in hydromagnetic flow of
Reiner-Rivlin nanoliquid due to stretching rotating disk. Entropy expression is developed by …

A mathematical model has been established to study the effect of heat source on
magnetohydrodynamic 3D chemically reacting couple stress nanofluid flow generated due …

Background and objective Here we analyze entropy optimized magnetohydrodynamic flow
of Reiner-Rivlin fluid nanomaterial. Flow by stretched cylinder is induced. Energy expression …