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Calculated and experimental determination of erosion zones in the flow part of the vane type pump

机译:叶片泵流动部分的侵蚀区计算和实验确定

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The results of numerical and experimental investigations aimed at creating a methodology for predicting the erosion characteristics of vane pumps were conducted in this paper. This methodology especially relevant in the case of pumping liquids with physical properties different from water. The methods of computational fluid dynamics (CFD) well predict the operation failure due to cavitation and allow us to determine the areas of possible cavitation erosion. The conditions for the absence of cavitation erosion also could be predicted with the help of CFD methods. In order to verify the numerical prediction of cavitation erosion, test bench working on water was created, which allows to verify methods of experimental investigations of cavitation erosion with the help of express analysis based on paint coatings.
机译:本文进行了数值和实验研究的结果,旨在建立一种预测叶片泵腐蚀特性的方法。在泵送物理性质不同于水的液体时,此方法尤为重要。计算流体力学(CFD)的方法很好地预测了由于空化而导致的操作失败,并使我们能够确定可能的空化侵蚀的区域。也可以借助CFD方法来预测不发生气蚀的条件。为了验证空化侵蚀的数值预测,创建了在水上工作的试验台,该试验台允许借助基于涂料的快速分析来验证空化侵蚀的实验研究方法。

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