The present study explores the power law nanofluid flow over a variable Riga stretching
sheet. The variable properties of thermal conductivity and viscosity under heat generation …

The purpose of this research article is to investigate the impact of magnetic dipole on the
flow of nano-fluids over the stretching surface with variable viscosity and thermal …

The fundamental of this study has been to analyze the Casson nanofluid and joule
parameter effects on variable radiative flow of MHD stretching sheet. By applying similarity …

The formerly neglected impact of the convective surface condition and the Soret–Dufour
effect on a Powell–Eyring fluid over a vertical plate is brought to light in the present study. As …

The physical phenomena of nanofluid at high temperature motivate us to analyze problems
with temperature-reliant fluid properties, like viscosity and thermal conductivity. Since in …

The current communication deliberates the consequences of the Darcy–Forchheimer flow of
Eyring–Powell nanofluid past a slippery surface containing activation energy and motile …

The performance of Au and TiO 2 nanoparticles in Casson flow propelled by the rotational
effect subject to convective heating and variable Darcy phenomenon is presented. As a …

In this discussion, the influence of carbon nanotubes on fluid flow is explored with the aim of
optimizing, facilitating and improving heat transfer and stabilizing the flowing base fluid in …

Microorganism movement may boost the convective transfer of heat by stirring the fluid to
encourage mixing. Engineers may improve heat dissipation and maintain temperatures in …

The main aim of the present study is the heat transfer analysis of MHD Eyring-Powell flow
over a stratified stretching sheet immersed in a porous material. Mixed convection as well as …