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本文利用 PIV 技术测量了卧式开放式水泵吸水池内部台阶附近的流场,得到了定常不同工况下的流场速度分布图等水力参数结果,通过对试验结果的分析发现,台阶高度、进口来流速度和淹没深度的变化对吸水池内部流场都产生重要的影响.

The whole flow field near the step in the open sump is measured with PIV system. The distributions of speed are obtained in all steady flow operation. According to the analysis of the results, it is found that all the factors including the height of step, the velocity of fluid flow and the water depth influence the flow situation in the open pump

参考文献

[1] Veera P,Rajendran;G S Constantinescu;V C Patel.Experiments on Flow in a Model Water-Pump Intake Sump to Validate a Numerical Model[A].Washington,DC,1998
[2] V.R.Rajendran;V. C. Patel .MEASUREMENT OF VORTICES IN MODEL PUMP-INTAKE BAY BY PIV[J].Journal of hydraulic engineering,2000(5):322-334.
[3] Ansar M.;Nakato T. .Experimental study of 3D pump-intake flows with and without cross flow[J].Journal of hydraulic engineering,2001(10):825-834.
[4] XU Yu;WU Yu-Lin;LI Yong et al.Numerical Analysis of the Submerged Cavitating Vortex and the Entrained Air Vortex Occurred in a Model Pump Sump[J].ASME Fluids Engineering Division,2003,2:317-322.
[5] 何耘.水泵进水池旋涡研究的主要进展[J].水力发电学报,2004(05):92-96.
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