The wide range of industrial applications of flow across moving or static solid surfaces has
aroused the curiosity of researchers. In order to generate a more exact estimate of flow and …

The goal of this study is to determine the effect of chemical reaction, radiation, and Prandtl
number on 3-D MHD Heat transfer Casson fluid flow through a linearly porous stretched …

Little is known on the three-dimensional flow of a couple stress Casson fluid conveying
nanoparticles when the significance of Lorentz force, chaotic gesture of those minute …

This study is a study of three‐dimensional couple stress Casson fluid flow with nonlinear
thermal radiation and heat source effects. The convective heat and mass transfer analysis is …

Numerous techniques in designing zones happen at high temperature and functions under
high temperature are in a way that involves non-linear radiation. In weakly conducting fluids …

The unsteady three-dimensional flow of nanofluid over a stretching surface in the presence
of a magnetic field and thermal radiation are investigated. Zero nanoparticle flux at the wall …

In this communication, bidirectional flow of Casson nanomaterial driven by an unsteady
moveable surface in the region of boundary layer is analyzed. Moreover, the significances of …

The study of the unsteady magnetohydrodynamic three-dimensional radiative flow of a
viscous incompressible electrically conducting Casson liquid along a stretching surface …

This study involvesthe numerical modeling of steady thermal radiation and chemical
reaction on non‐Newtonian fluid motion via a bidirectional stretching surface. We have …

The current investigation is carried out to study a heat source/sink in a porous medium
generated by a nonlinear stretched surface with the impact of thermophoretic particle …