Objective of the present analysis is to represent the phenomenon of Heat–mass transfer on
MHD micro polar fluids caused by permeable and continuously stretching sheet along with …

In this paper, the flow of an incompressible fluid is thermally studied. Investigations into the
heat transfer process have been conducted in non-Newtonian fluid flows with chemical …

The application of magnetic nanofluid flow combines the versatility of nanotechnology with
the manipulation capabilities of magnetic fields to address challenges and create innovative …

The theory of thermal radiation and viscous heating are crucial in space engineering and
high temperature activities. This inquiry analyzes the consequence of energy source/sink on …

An analysis for magnetic dipole with stagnation point flow of micropolar nanofluids is
modeled for numerical computation subject to thermophoresis, multi buoyancy …

An analysis for varying temperature with bioconvection of self-motive microorganisms mixed
in micropolar based nanofluids is carried out with a reliable computational procedure. The …

Theoretically, micropolar fluids are used in the biomedical investigations. This study
analyzes the flow, heat and mass transfer in a magneto-micropolar reactive fluid over a …

The study numerically investigates the model of hydromagnetic, dissipative micropolar
nanofluid flow being influenced by multiple slips and mass flux. Also, the entropy generated …

This research work is focused on non-linear mathematical model of micropolar stagnation
point flowing liquid, along a permeable stretchable device in the existence of variable …

The purpose of this paper is to study the characteristics of the combined convection heat
transfer and a micropolar nanofluid flow passing through an impermeable stretching sheet in …