化材系 鄭東文 教授於
Effectiveness of a Hydrocyclone in Separating Particles Suspended in Power Law Fluids.
：Effectiveness of a Hydrocyclone in Separating Particles Suspended in Power Law Fluids.期刊論文Effectiveness of a Hydrocyclone in Separating Particles Suspended in Power Law Fluids.Su-En Wu, Kuo-Jen Hwang, Tung-Wen Cheng*, Tzu-Chien Hung and Kuo-Lun TungHydrocyclone; Particle separation; Power law fluid; Computational fluid dynamics; Centrifugal separation; Reynolds stress modelPowder Technology, (2017), 320, 546–554.This study evaluated the separation of particles suspended in power law fluids by applying a 10 mm hydrocyclone. Al2O3 particles were added to an aqueous polyacrylic acid solution to prepare 0.1 vol% suspensions with different flow behaviors. The effects of operating conditions, such as the inlet velocity, pressure drop, split ratio, and fluid flow behavior, on the fluid velocity distribution, particle trajectory, and particle separation efficiency were studied. The study applied a simulation in which the governing equations were coupled using the SIMPLE algorithm; the Reynolds