Mathematical Analysis of Steady MHD Flow Between Two Infinite Parallel Plates in an Inclined Magnetic Field

Abstract

The present paper deals with the study of incompressible fluid flow of electrically conducting fluid between two parallel porous plates under the influence of the inclined magnetic field. In the present study, a special focus has been emphasised to identify MHD flow of a compressible fluid between parallel plates. However, a fluid moves through a magnetic field, an electric field will be generated, and as a result current may be induced. The interaction of magnetic field with the combination of conducting fluid modifies the flow. The nature of the fluid is strongly dependent on the orientation of magnetic field. The flow between parallel plates is the fundamental theme and basis for understanding the dynamics of fluid flow. Hence, the mathematical analysis of effects of magnetic parameter with fluid velocity at various angles of previous work was analysed, and the velocity profile in the absence of magnetic field and perpendicular to direction of fluid flow were depicted graphically. As such, a modest attempt is made to analyse the effects of Hartmann number at various angles of inclination, regarding the solution in the absence of magnetic field, which are presented.