Flow analysis of casson fluid with arrhenius activation energy and buoyancy forces induced due to permeable elongated sheet embedded in a doubly stratified medium

The central intention of this study is to find the influence of chemical reaction and activation energy on an incompressible Casson fluid over elongated stretched sheet considering thermal radiation, heat source, permeability, thermal diffusion and boyancy effects. Similarity variables are inducted to transform PDE into ODE. To scrutinize the behavior of critical parameters on velocity, temperature and concentration profiles graphs and tables are portrayed. It is detected that velocity of the liquid lessen for progressive values of non-Newtonian rheology parameter, magnetic parameter, porous parameter and increases for higher values of thermal buoyancy number and solutal buoyancy number. It is analyzed that Newtonian rheology parameter, thermal radiation parameter and heat source increases temperature profiles where as opposite effect is observed in the case of thermal stratratified parameter, Prandtl number and Eckert number. This study also reported that concentration profiles accelerates for activation energy parameter and decelerates in the case of remaining parameters. The arithmetical upshots are matched with previous results and they are in good agreement.