Mixed convection micropolar ferrofluid flow with viscous dissipation, joule heating and convective boundary conditions

Micropolar ferrofluid flow is addressed in this investigation. Surface is assumed to be nonlinear and stretched. This study involves vital phenomenon like viscous dissipation, mixed convection and Joule heating. Suitable transformations are employed for converting system of nonlinear equations into dimensionless system. Semi analytic solution is obtained using concept of Topology known as Homotopy. Fluid flow is deeply understood through scrutinizing heat and mass transfer under effects of various variables. Important concepts of flow like Nusselt number and Skin friction are also taken in consideration. For clear and easy understanding, graphs are plotted.