ANALYSIS OF CONVECTIONAL HEAT TRANSFER OF AG- MGO (WATER BASE) HYBRID NANOFLUID OVER STRETCHING SHEET WITH MHD

The steady two dimensional laminar, boundary layer flow of incompressible, viscous hybrid Nano -fluid over a stretching sheet with MHD is studied. Water is taken as the base fluid and volume fraction of nanoparticle is considered between 0 to 0.06(50% of silver and 50% magnesium oxide). PDE is transformed into ODE. The solution of equations is obtained from MATLAB using bvp4c. Various physical parameters such as Reynold's number, Nusselt number, skin friction coefficient are calculated. It was found that hybrid Nanofluid has better heat transfer capacity than single nanoparticle (silver) fluid.