Determination of Hydrodynamic Shear Force Exerted on Membrane Surface in Cross-Flow Filtration by Multiphase Flow Simulation

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概要

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• Hydrodynamic shear force is a major factor that affects the formation of cake. The filtration rate increases with the cross-flow velocity under a wide range of conditions. In this work, a simple cross-flow filtration system was simulated using a multiphase flow model and studied experimentally. The shear force distribution on membrane surface along flow direction was calculated directly. This technique of shear force analysis on the membrane surface is a useful tool for investigating how to reduce the fouling rate on the membrane and improve the efficiency of cross-flow microfiltration.

• 社団法人 化学工学会の論文
• 2008-10-01

著者

• Wu Rome-ming

  Department Of Chemical And Materials Engineering Tamkang University

• Fang Hsun-he

  Department Of Chemical And Materials Engineering Tamkang University

関連論文

• Tracking Advective Flow Through Floc Interior
• Determination of Hydrodynamic Shear Force Exerted on Membrane Surface in Cross-Flow Filtration by Multiphase Flow Simulation

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