Abstract
The effect of baffle design parameters including length, slope, shape, and installation position on fluid dynamic behavior of a coal classifier was simulated using computational fluid dynamic approach. General response of classifier at different conditions was interpreted by referring to turbulent patterns inside the sorting column and fluid velocity magnitude in products outlets. Results showed that the effect of design parameters is directly influenced by other operating factors such as feed pulp flowrate. The velocity of discharge streams can be used for the prediction of particle size variations of products due to any change in fluid dynamic pattern in classier.
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