NUMERICAL STUDY OF TRIPLE DIFFUSIVE MHD RADIATIVE CASSON FLUID FLOW OVER A VERTICAL WALL WITH CHEMICAL REACTION & HEAT SOURCE/SINK IMPACTS
Keywords:
MHD; Vertical wall; Casson fluid; Mixed Convection; Buoyancy; Triple diffusive; Brownian motion.Abstract
The present study focuses on the MHD Radiative Casson fluid flow with the effect of triple diffusivity over a vertical porous wall along with convective boundary conditions. The governing equations for detecting the nature of the fluid under the influence of solutal diffusivity and thermal conductivity in triple diffusive boundary layer flow are derived. Non-linear partial differential equations are reduced to ordinary differential equations via similarity transformation. The BVP4C method in MATLAB software is then used to
solve them. The outcomes of several physical dimensionless parameters like permeability, convective parameter, buoyancy ratio parameter, Casson parameter and chemical reaction parameter with source/sink impacts established by graphics. Also, the impression of the local skin friction coefficient, Nusselt number, and local Sherwood number are presented through the tables.
