Effect of Couple Stress Fluid Flow on Magnetohydrodynamic Peristaltic Blood Flow with Porous Medium through Inclined Channel in the Presence of Slip Effect - Blood Flow Model

Effect of couple stress fluid flow on magnetohydrodynamic peristaltic blood flow with porous medium trough inclined channel in the presence of slip effect-Blood flow study have been studied under the assumption of long wavelength approximations. The expressions of the axial velocity, transverse velocity, pressure gradient, volume flow rate, average volume flow rate, pressure rise and shear stress are obtained and discussed through graphs. It is noted that the axial velocity increases with increase in M, S and α and deceases with increase in D and β and the transverse velocity increases with increase in D and S and decreases with increase in M, β and α in the entire flow field. We notice the pressure gradient is maximum at x = 0.5.