This work investigates the effects of combined variable viscosity and thermal conductivity,
nonlinear radiation and non-Darcian porous medium on a boundary layer MHD Casson …

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

This work addresses the improvement of thermal flow for couple stress Darcy–Forchheimer
ternary hybrid nanofluid flow past a nonlinear stretching surface. Three different types of …

This study explores the influence of an inclined magnetic field and variable viscosity on the
entropy generation in steady flow of a couple stress fluid in an inclined channel. The walls of …

Partially ionised fluids subject to an external magnetic field results in a completely different
dynamical behaviour. Very few studies are conducted to explore the fascinating properties of …

The study of multiphase flows has earned much attention from researchers due to its
numerous applications in mechanics and industry such as sewage management, synthetic …

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 …

At the industrial level, hybrid nanofluid plays a significant role in innovative technologies and
engineering expedients. The current investigation focused on assessing heat and mass …

In many industrial applications, heat transfer and tangent hyperbolic fluid flow processes
have been garnering increasing attention, owing to their immense importance in technology …

This research presents a statistical investigation of heat transmission in the time-reliant flow
of blood-based hybrid nanofluid-containing microorganisms via a squeezing permeable …