Influence of Cross Diffusion on Hydrodynamics Dissipative Casson Liquid stream Past a Curved Stretching Sheet

Abstract

ABSTRACT- The current examination on effect of cross diffusion on magnetohydrodynamics (MHD) stream dissipative Casson liquid stream past a Curved stretching sheet is contemplated. The governing equations are changed into ordinary differential equations with the assistance of similarity transformations and settled it numerically by utilizing shooting strategy. The effect of appropriate governing parameters on the liquid speed, the temperature and the concentration are indicating graphically. The Numerical estimations of the Nusselt number, the Sherwood number and the skin friction coefficient are appearing in plain structure. It is shown that the liquid speed rots when the Casson liquid, magnetic field increment and the contrary nature saw in the temperature and the concentration distribution. The liquid speed, the temperature and the concentration upgrade when the Curvature parameter increment.
Keywords: MHD; Curved Stretching Sheet; Shooting Method; Casson fluid.