A Study of Mixed Convection MHD and Oscillatory MHD Convective Flow of a Viscoelastic Fluid

The magneto hydrodynamic (MHD) blended convection stream of an electrically directing, viscoelastic and incompressible liquid through a permeable medium filled in a vertical permeable channel is investigated. The liquid is infused into the channel with a steady speed through one of the plates and at the same time evacuated through the different permeable plate of the channel. The stream is produced by an occasional weight angle fluctuating with time. An attractive field of uniform quality is additionally connected opposite to the plates. Shut structure arrangement of the issue is acquired for the speed, temperature, skin rubbing and the rate of warmth move as far as their sufficiency and stage. The magneto hydro dynamic (MHD) convection courses through a permeable medium are of essential enthusiasm attributable to their applications in geophysics, astronomy, and building especially in the plan of underground water vitality stockpiling frameworks, oil extraction, geothermal vitality recuperation, soil sciences, and so on. The learning of move through permeable media is valuable in the recuperation of raw petroleum proficiently from the pores of repository shakes by uprooting with immiscible water.