Abstract
The filtering process in ceramic membranes is analyzed by jointly solving Darcy and Laplace equations and an equation for continuous flow of an incompressible fluid to determine the pressure and velocity profiles over the cross section of a membrane cell. Computational and experimental data for multichannel ceramic membranes how that the filtering efficiency of the channels decreases from the center to the periphery depending on the pore size and on the thickness of both the selective layer and the substrate.
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