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A Review of the Research on the Influence of Cavitation and Abrasion on Hydroturbine Performance

机译:空化与磨损对水闸性能影响研究的综述

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Large and medium sized water conservancy projects generally have comprehensive benefits such as flood control, water supply, irrigation and power generation. As the main hydraulic power generation equipment, the safe and economic operation of hydroturbine generator sets is of vital importance. For a hydroturbine affected by the flow of water in the running process, the paper explores the cavitation and abrasion phenomena, analyses the phenomenon of resource waste, energy waste and material waste caused by unreasonable protection of water turbine, and introduces relevant protective measures. These results further enhance the understanding of the corrosion resistance of the hydroturbine and could be used to optimize the hydroturbine protection techniques.
机译:大中型水利工程普遍具有全面的益处,如防洪,供水,灌溉和发电。 作为主要的液压发电设备,水曲线发生器套装的安全和经济运行至关重要。 对于在运行过程中受水流动影响的水闸,本文探讨了空化和磨损现象,分析了水轮机不合理保护引起的资源废物,能源废物和材料浪费现象,并引入了相关的保护措施。 这些结果进一步增强了对水曲线耐腐蚀性的理解,可用于优化水力涡轮序列保护技术。

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