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首页> 外文期刊>Journal of Fluids Engineering: Transactions of the ASME >Theoretical analysis of cavitation in inducers with unequal blades with alternate leading edge cutback: Part I - Analytical methods and the results for smaller amount of cutback
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Theoretical analysis of cavitation in inducers with unequal blades with alternate leading edge cutback: Part I - Analytical methods and the results for smaller amount of cutback

机译:具有不同前缘切边的不等叶片诱导器中的气穴现象的理论分析:第一部分-减少切边量的分析方法和结果

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摘要

With the idea of reducing the region of rotating cavitation by cutting back the leading edge of blade alternately and enhancing the stability of alternate blade cavitation, an analysis of steady cavitation and its stability were made for unequal blade cascade. The cavities on longer uncut blades are generally longer hut they become shorter in a certain range of inlet cavitation number. This peculiar behavior is explained by an interaction effect of a local flow near cavity closure with the leading edge of the opposing blades. It is also shown that the region with stable cavities can be extended and the onset region of rotating cavitation can be diminished by cutting back the leading edge Of blade alternately. In Part II, the effect of the amount of cutback is discussed [S0098-2202(00)00402-8]. [References: 6]
机译:为了通过交替切开叶片的前缘来减小旋转空化的区域并提高交替叶片空化的稳定性,对不均等叶片级联的稳定空化及其稳定性进行了分析。较长的未切割刀片上的腔通常较长,但在一定的进气腔数范围内它们会变短。这种特殊的行为可以通过腔体封闭附近的局部流与相对叶片的前缘的相互作用来解释。还显示出可以通过交替地切回叶片的前缘来扩大具有稳定腔的区域,并且可以减小旋转空化的开始区域。在第二部分中,讨论了削减量的影响[S0098-2202(00)00402-8]。 [参考:6]

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