THE COMBINED EFFECTS OF UNSTEADY ELECTRO-OSMOTIC AND MAGNETO HYDRODYNAMIC WITH VISCOSITY AND THERMAL CONDUCTIVITY IN REACTIVE FLUID FLOW

This work examined the combined effects of unsteady electro-osmotic and magneto hydrodynamic when viscosity and thermal conductivity of the reactive fluid flow is assumed to vary exponentially with temperature. The dimensionless variables was use to dimensionalized the governing equations of the flow using suitable variables. The Galerkin weighted residue method was used to solve both the momentum and energy equations in the unsteady state for a constant viscosity and thermal conductivity. The graphical results were used to study the Thermo physical behavior of the unsteady flow of the model.