Ferromagnetic Jeffrey Nanofluid Flow Influenced by Magnetic Dipole with Cattaneo-Christov Double Diffusion and Gyrotact Microorganism

Abstract

This thesis discusses the flow of Jeffrey nanofluid flow over a stretched surface influenced by magnetic dipole. The flow is subjected to the gyrotactic microorganism that is used to enhance the stability of the fluid. The customary Fourier law owing to its short comings is replaced by the Cattaneo-Christov heat flux. The convective conditions are taken at the boundary of the surface. The envisioned model is solved numerically using bvp4c, a MATLAB built in function. The graphical illustrations are presented to show the relation between the arising parameters with the associated profiles. The salient outcome reveals that temperature and concentration profiles show rising behavior for thermophoresis parameter