MHD boundary layer flow of a Casson nano liquid over a penetrable linearly stretching sheet with frictional heating effects in Brinkmann-Forcheiemerr porous medium

Abstract This exploration comprises the predicament of 2D Casson nano liquid motion, neighbouring to boundary stratum, through Brinkmann-Forcheiemerr porous medium above a rectilinear stretching sheet. A specific computational explanation to boundary value problem concerning to nonlinear PDE’s recounting liquid motion, thermic transfer and mass convey, are derived by RK-Fehlberg method. The impact of an array of several parametric quantities on liquid motion, thermic transfer, and mass convey are probed. The impost reconnoitres the disparity of diverse liquid motion, thermic and mass, parametric quantities, induces notable thought on the compartment, of liquid, hotness and mass conveys variables are reconnoitred by way of plots.