Active and passive controls on chemically reacting free Convection of MHD Blasius and Sakiadis dissipated flow with variable conductivity and radiation

Abstract

attempt focuses on relative study on the Blasius flow case and Sakiadis flow case. Further, thermophoresis, Brownian motion, magneto hydrodynamics, viscous dissipation and heat radiation are also accounted. The transformation of flow The current governing equations to ODEs (ordinary differential equations) with the aid of appropriate transformations is also investigated. Runge-Kutta method is acquired for the reliable and presentable results. The influence of various involved flow variables such as temperature, Nusselt number, velocity and skin friction are discussed graphically. The foremost physical implication of the result is that the passive and active flow conditions are controls the whole thermal, velocity and diffusion boundary layer. From this we can conclude that based on the situation we can use active or passive flow condition cases.