A Numerical Approach to MHDNANOFLUID FLOW PROBLEMS over a STRETCHING SHEET with HEAT AND MASS TRANSFER

Abstract

ABSTRACT The fundamental of this study has been to analyze the Casson nanofluid and joule parameter effects on variable radiative flow of MHD stretching sheet. By applying similarity transformations, the governing equations (PDEs) for the flow are changed into ordinary differential equations (ODEs). The resulting equations are numerically solved by Keller Box Method with MATLAB tool. The variations of concentration, temperature and velocity profiles, the results of the most crucial physical parameters have been represented graphically and described. For different types factors, giving figures and numerical results for Sherwood number, Skin friction and Nusselt number are given and explained. newline newline