Nonlinear Radiation And Chemical Reaction Effects On Mhd Nanofluid Flow Past A Stretching Sheet In The Presence Of Heat Generation/Absorption

This article reveals the influences of different kinds of chemical reactions such as homogeneous-heterogeneous with heat generation/absorption including non-linear radiation on a two-dimensional steady Newtonian laws obeyed hydromagnetic nanofluid flow through a stretching sheet. In this investigation we consider the magnetic field in the normal direction to the flow. The base fluids are water (H2O) and ethylene glycol (C2H6O2 ) which are contains the nanoparticles of silver (Ag). The partial differential equations of nonlinear type with boundary conditions which illustrates the flow of the problem are solved numerically after using suitable similarity transformations for transforming into ordinary differential equations of nonlinear type. Graphical representations for species concentration, fluid velocity and fluid temperature with influences of physical and fluid parameters. We illustrate various values of (skin friction), Nu (Nusselt Number) and Sh (Sherwood number) in the tabular form.