Unsteady MHD chemically reacting mixed convection nano-fluids flow past an inclined pours stretching sheet with slip effect and variable thermal radiation and heat source

Abstract

In the present paper, we have investigated with MHD boundary layer flow, heat transfer and mass transfer of Ag-water nano- fluid, TiO2- water nano-fluid, Cu-water and $A{l_2}{O_3}$-water nano-fluid over a permeable inclined stretching sheet. The investigations are carried out in the presence of suction/injection, non-linear heat source, non-linear radiation and n order chemical reaction. The governing momentum, energy and concentration equations are transformed into nonlinear differential equations using suitable similarity transformations. These transformed equations are solved numerically using R-K shooting method with fourth order by Matlab solver. The effects of significant parameters such as nano-fluid type, suction/injection parameter, magnetic field parameter, heat source parameter, radiation parameter on fluid flow, heat and mass transfer is discussed.