The normal inertial resistance coefficient can be calculated for pressure loss through a perforated plate with holes using an empirical equation to derive porous media inputs for turbulent flow through a perforated plate or net. The relationship between the mass flow rate (m˙ ) through the porous material and the pressure drop (Perry and Gree, 1997) is described as,In Eq. (6), Af and Ap are the free area or total area ofthe holes and the area of the netting (solid and holes), respectively, and C = 0.98 is an experimental coefficient as described in Smith and Winkle (1958).