Impact Of Variable Viscosity Mhd Convective Heat Transfer Of Ethylene Glycol-Cuo Nanofluid Past Stretching Surface

Abstract

We investigate the effects of variable viscosity and dissipation, diffusion of thermal, and hydromagnetic hall current of of glycol-based Cu nanofluids through a stretched surface in the existence of a heat generating/absorbing source, combined impact. The equations have been solved numerically. The flow characteristics have been analyzed for different parametric variations. It has been observed with increase in the viscosity parameter  and  C enhance in the boundary layer.