Significance of Hmt Effects on Hydromagnetic Oscillatory Jeffrey Fluid Through a Tube

Abstract

An unsteady electrically conducting, viscous, incompressible, hydromagnetic oscillatory (or periodic) Jeffrey fluid through an insulated vertical porous tube is considered. A magnetic field is applied externally in a uniform manner and perpendicular to the tube. Boussinesq approximation is used to formulate the mathematical equations of Jeffrey fluid. The mathematical equations are solved one by one to attain the exact analytical solution of concentration, temperature and hence velocity profiles. The effects of different parameters like Hartmann Number, Peclet Number, Schmidt Number, Grashoff Number on the flow of Jeffrey fluid are drawn graphically and explained in detail.