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首页> 外文期刊>Oriental Journal of Computer Science and Technology >Computational Fluid Dynamics for Predicting Performance through ANSYS.CFX in Hydrocyclone
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Computational Fluid Dynamics for Predicting Performance through ANSYS.CFX in Hydrocyclone

机译:通过ANSYS.CFX在水力旋流器中预测性能的计算流体动力学

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摘要

The hydro cyclone is an important and popular industrial apparatus to separate by centrifugal action disperse solid particles from a liquid suspension fed to it. It has been widely used in industry, particularly in the mineral and chemical processing industry because of its simplicity in design and operation, high capacity, low maintenance and operating cost as well as its small physical size. In general how a hydro cyclone works is included, providing a background to discuss a process and hydro cyclone geometry variables. The CFD technique popularly in process design and predicting equipment performance of hydro cyclone under a wide range of geometric and operating condition by using ANSYS.CFX; it also offers an effective way of design and modeling of hydro cyclone.
机译:水力旋流器是一种重要的并且流行的工业设备,其通过离心作用将固体颗粒与进料到其的液体悬浮液分离。由于其设计和操作简单,容量大,维护和运行成本低以及物理尺寸小,它已被广泛用于工业,特别是在矿物和化学加工工业中。通常包括水力旋流器的工作原理,为讨论过程和水力旋流器的几何变量提供了背景。 CFD技术广泛使用ANSYS.CFX进行水力旋流器的工艺设计和设备性能预测,适用于多种几何和工作条件。它还提供了一种有效的水力旋流器设计和建模方法。

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