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Study of Operating Parameters' Impact on Separation Performance of Cyclone Separator

机译:操作参数对旋风分离器分离性能的影响研究

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The numerical simulation can be obtained by taking advantage of turbulence model of Fluent to study the gas-solid flow field of cyclone separator. The pressure of the cyclone drops increases with the enhancement of the inlet flow velocity, and the increase amplitude can become larger and larger. The separation efficiency of the cyclone enhances gradually as the increase of the flow. The increase amplitude of small and secondary particles is much lager compared with the increase amplitude of big ones. The overall separation efficiency can strengthen gradually with increasing of particles concentration as well as the each part's efficiency. But the separation efficiency will stay in stable level when the concentration reaches a certain value with the big particles in the low concentration and small ones in a relatively high concentration.
机译:通过利用流利的湍流模型来研究旋风分离器的气固流场的湍流模型可以获得数值模拟。随着入口流速的增强,旋风液滴的压力增加,增加幅度可以变大而较大。随着流动的增加,旋风分离器的分离效率逐渐增强。与大幅度的增加相比,小和二级粒子的增加幅度很多。随着颗粒浓度以及每个部分的效率,总分离效率可以逐渐加强。但是,当浓度达到一定值时,分离效率将保持稳定的水平,其中大颗粒在低浓度和浓度的小颗粒中。

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