Slip and Pulsatile Mhd Blood Flow Through An Inclined Stenosed Artery With Body Acceleration And Heat Source Effects.

We shall be studying theoretically the effects of body acceleration, heat source and slip on a pulsatory blood flow where the blood is assumed to be an unsteady, non-Newtonian blood flow flowing through an artery with stenosis present at the porous artery walls which is permeable with the results from the study discussed. The application of the magnetic field is in the region perpendicular to the inclined artery with a permeable walland stenosis at the wall with theinclination angle varying where the fluid flowing through the artery is anelastic-viscous and electrically conducting fluid. The dimensional momentum equation was transformed to a dimensionless form and the Frobeniusseries solution wasgotten for the symmetric axial differential momentum equation with the applied boundary conditions. For clarity of the applicability of the study, results was shown graphically with behavior of the blood flow through the artery with stenosis shown for the velocity in the axial direction, blood acceleration, wall shear stress and volumetric flow rate. study on the effect of the transfer of heat on unsteady Magneto-hydrodynamic blood flow in a vessel that is permeable with non-uniform heat source present. The stretching velocity that is time-dependent and surface temperature of the vessel causes unsteady coupled flow and temperature fields with the heat source/sink effect on the blood flow which non-uniform was considered. The study showed its clinical application in treating cardiovascular disorders with accelerated circulation. Tripathi and Sharma [13] did a study on heat and mass transfer effects of a blood flow two phases which is pulsatile past a stenosed artery that is narrow with chemical reaction and radiation. Karthikeyan and Jeevitha [14] did a study analysis on the effect of heat and mass transfer on a model in two phases for unsteady blood flow that is pulsatile past an artery with stenosis having a wall that is permeable with radiation and chemical reaction effects. Abubakar and Adeoye [15] did a study analyzing the effect of heat radiation and magnetic field on blood flowing in a tapered and inclined porous artery with stenosis. Amos and Ogulu [16] studied the magnetic field effect on Pulsatile Blood Flow through an axis-symmetric channel that is constricted.Bunonyo and Amos [17] studied the effect of lipid concentration on the blood that flows through an artery channel inclined with magnetic field present. This study has theoretically analyzed, showingthe effects ofslip, heat source, body acceleration, inclined artery angle and pulsatile pressure on the non-Newtonian unsteady blood flow through astenotic artery. The artery walls is porous and permeable with the analysis done by solving the problem of the governing equation using the Frobenuis power series method to obtain the velocity of the blood flow, blood acceleration, wall shear stress and volumetric flow rate solutions with a graph illustrating thebehavior of the effect of slip, heat source, body acceleration, magnetic field, pulsatile pressure gradient and inclined artery on the blood flow velocity, blood acceleration, shear stress and