Significance of Chemically Reacting and Viscous Dissipative on MHD free Convective Flow Past a Semi Infinite Normal Plate with Radiation Absorption and Suction

Abstract

The present article deals with the 2D unsteady an incompressible heat absorption fluid past a semi-infinite vertical moving permeable plate in a uniform pressure grading by means of variable suction in terms of viscous dissipation. The novelty of the present investigation is to assess the impact of inclination angle on flow phenomena in heat source/sink behavior. The governing equations have been solved using the multiple regular perturbation approach. "Exemplifies velocity, temperature along with concentration in graphical form" from the present assessment.  With the increased Prandtl number values, temperature clearly decreased, but velocity saw the opposite effect. Temperature and velocity both decreased as radiation absorption values increased. Additionally, increasing Eckert number values cause velocity to decrease.