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Research on Relationship of Pressure Distribution and Particles Separation in Cyclone

机译:旋风分离压力分布与粒子分离关系的研究

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This paper mainly deals with pressure situation in cyclone aiming to obtain the pressure distribution and pressure drop in cyclone separation by taking advantage of the model of RSM of software Fluent, and put forward that the total pressure of import part is the highest and the minimum total pressure locates inside exhaust pipe in cyclone. Static pressure of outside swirl is relatively higher than the inner swirl, and the minimum static pressure occurs in the axis of the separator extending into the dust hopper. Relationship of pressure distribution and particles separation can be obtained according to the analysis, which can provide the theoretical basis for further enhancement of performance and structure optimization.
机译:本文主要涉及旋风内的压力情况,旨在通过利用软件流畅的RSM模型来获得旋风分离中的压力分配和压力下降,并提出进口部分的总压力最高,最低总额压力位于旋风内的排气管内。外部旋流的静压比内旋流相对高,并且在延伸到除尘器的分离器的轴上发生最小静压。根据分析可以获得压力分布和颗粒分离的关系,可以为进一步提高性能和结构优化提供理论依据。

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