Magneto-Hydrodynamic Flow above Exponentially Stretchable Surface with Chemical Reaction

This article is focused on investigating the convective magneto-hydrodynamic single-phase flow for comparative analysis of two different base fluids above an exponentially stretchable porous surface under effect chemical reaction. The Buongiorno fluid model incorporated to observe Thermophoresis and Brownian diffusion in this study. Boussinesq approximation temperature concentration are accounted be naturally convective. In study, water ethanol assumed analysis. Additionally, achieve outcomes designed three-dimensional boundary value, problem technique employed simulate MATLAB. Increase magnetic field, thermophoresis diffusion, exponent, Prandtl number expand thermal boundary, whereas contraction observed with increase porosity. Shear stress rates respective directions have decreased stretching ratio surface. Moreover, through comparison, reasonably enhanced Nusselt influence study parameters while abruptly decreases ethanol. High mass coefficients both examined fluids.