ELECTRO-MHD BOUNDARY FLOW OVER NONLINEAR PENETRABLE STRETCHING SHEET IN A CASSON NANOFLUID WITH CONVECTIVE HEATING AND MOMENTUM SLIP

ABSTRACT This investigation involves predicament of 2D Cassonliquidmotion, close to boundary layerbycollective cause ofconvectiveheatingcondition, in addition toBrownian motions well as,thermopheresis,over a nonlinear stretching sheet.Aprecisemathematical elucidation to boundary value probleminvolving nonlinear PDE’s, for flow, heat andNanoparticleconcentration,variables are obtained afterusuage ofRunge- kutta -Fehlberg4th5 thorder technique.Theimpact of a range of variousparametric quantities onNanoparticle concentration, heat, and flow, variables areprobedbesides exploring by graphicalmethod.