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Numerical simulation of the swirling flows in a cyclone separator is performed using a large eddy simulation (LES) based on a Smagorinsky model. The validity of the simulation and the complicated flow characteristics are discussed by comparison with experimental results. Moreover, particle motions are treated by a Lagragian method and are calculated with a one-way method. A performance for particle separation is predicted from the results of the particle tracing. As results of our investigation, it is found that the LES has sufficient accuracy to predict the complicated swirling flows in the cyclone separator.

A Study on Swirling Flows in a Cyclone Separator (Application of Large Eddy Simulation)