Oscillatory Fluid Flow Through a Porous Medium Channel Bounded by Two Impermeable Parallel Plates

A theoretical study of the fully developed fluid flow through a porous medium channel bounded by two permeable walls is presented. In the absence of inertia effects, a closed-form an-alytic solution to the volume-averaged momentum equation is obtained. The velocity profiles are illustrated for several com-binations of the porous medium shape parameter and the blow-ing Reynolds number. The variations of the maximum velocity and the boundary frictional drag coefficient are also discussed