A NOTE ON HEAT TRANSFER OF MHD JEFFREY FLUID OVER A STRETCHING VERTICAL SURFACE THROUGH POROUS PLATE

This research note’s objective is to elaborate the study of MHD Jeffrey fluid over a stretching vertical surface an accelerated porous plate with heat source. The fluid flow phenomenon happens in a stretching vertical surface immersed in a porous medium. The mathematical model is presented with the system of the partial differential equations along with physical conditions. Appropriate dimensionless model is transformed into similarity transformations, which are solved numerically using finite difference scheme. The influences of various pertinent parameters on the flow involving in the governing differential equations are discussed through graphs.