Comprehensive analysis of radiation impact on the transfer of heat and mass micropolar MHD free convective fluid flow across a stretching permeability sheet with suction/injection

Abstract

As part of our research, we investigate the analysis influence of radiation on heat and mass transfer free convection of micropolar MHD fluids over a stretched porosity sheet involving suction and injection. The governing energy, rotational momentum, and concentration and momentum partial differential equations are transformed into ordinary differential equation ones via a similarity transformation. This system of equations is then solved by using MATLAB's built‐in solver. The Sherwood numbers, Nusselt, friction factor, wall couple shear stress, and dimensionless profiles are all influenced by the various physical parameters of the flow. When the material parameter is increased, velocity rises but decreases when the magnetic parameter and surface condition factor are increased.

Untitled

“…does not vanish. It is interesting to note that the higher derivatives, too, can be uniquely determined under the same condition (15).…”

Cauchy Characteristics and Some Fluid Flow Problems

“…does not vanish. It is interesting to note that the higher derivatives, too, can be uniquely determined under the same condition (15).…”