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首页> 外文期刊>HYDRO Nepal: Journal of Water, Energy and Environment >CFD Analysis on Pumps Working as Turbines
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CFD Analysis on Pumps Working as Turbines

机译:涡轮机水泵的CFD分析

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Reverse running centrifugal pumps are an effective source of reducing the equipment cost in small hydropower plants. The manufacturers do not provide any information on the performance and fow characteristics when pumps are operated in turbine mode. Lack of Pump as Turbine (PAT) performance data is a signifcant barrier to the wider use of PAT. Application of Computational Fluid Dynamics (CFD) is a recent attempt for predicting the performance of PAT. CFD analysis is an effective design tool for predicting the performance of reverse running operation of centrifugal pumps. But some deviationsstill exist in experimental and CFD results of reverse operation of pumps. Future works in the feld of computational analysis can further improve the prediction of pumps in reverse operation. Key words : Pump as Turbine (PAT); Computational Fluid Dynamics (CFD); Pump DOI: 10.3126/hn.v6i0.4191 Hydro Nepal Vol 6, January 2010 Page : 35-37 Uploaded Date:24 January, 2011
机译:反向运行离心泵是降低小型水力发电厂设备成本的有效来源。当泵以涡轮模式运行时,制造商不提供有关性能和流量特性的任何信息。缺少汽轮机(PAT)性能数据是广泛使用PAT的重要障碍。计算流体动力学(CFD)的应用是预测PAT性能的最新尝试。 CFD分析是预测离心泵反向运行性能的有效设计工具。但是在泵反向运行的实验和CFD结果中仍然存在一些偏差。计算分析领域的未来工作可以进一步改善反向运行中泵的预测。关键词:涡轮泵(PAT);计算流体动力学(CFD); Pump DOI:10.3126 / hn.v6i0.4191 Hydro Nepal Vol 6,2010年1月页:35-37上传日期:24 January,2011

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