首页> 外文期刊>International Journal of Rotating Machinery >Numerical Investigation of Velocity Flow Field inside an Impeller Air Model of a Centrifugal Pump with Vaned Diffuser Interactions and Comparison with PIV Measurements
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Numerical Investigation of Velocity Flow Field inside an Impeller Air Model of a Centrifugal Pump with Vaned Diffuser Interactions and Comparison with PIV Measurements

机译:叶片扩散器相互作用的离心泵叶轮空气模型内流速流场的数值研究及与PIV测量的比较

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The paper refers to the analysis of interactions between the impeller and the vaned diffuser on the air model of a radial flow pump. The study deals with a numerical simulation of the flow for a full 360° entire impeller and diffuser. The task is carried out close to design operating conditions and for one particular position of the impeller blade with respect to diffuser frame. Among all the results, it has been decided to mainly focus on the flow pattern at the exit part inside the impeller coming from the diffuser vanes interactions. The results are compared to the available PIV measurements.
机译:本文是根据径向流泵的空气模型对叶轮和叶片式扩压器之间的相互作用进行分析。该研究针对整个360°整个叶轮和扩散器的流动进行了数值模拟。该任务是在接近设计工作条件的情况下进行的,并且是针对叶轮叶片相对于扩散器框架的一个特定位置进行的。在所有结果中,已决定主要集中在叶轮内部出口处由扩散器叶片相互作用产生的流型。将结果与可用的PIV测量值进行比较。

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