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Hydraulic Model Experimental Research of SUE Hydropower Station

机译：苏水电站水力模型试验研究

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摘要

The research of Metamorphosis hydraulic model experiment which is designed on the base of gravity similarity and turbulent resistance similarity into SUE Hydropower Station shows the structure layout and design size of SUE Hydropower Station are reasonable and overflow capacity of sluice can meet the requirements. Upstream circular-arc concrete guide wing wall and the guide wall between downstream stilling basin and power station outlet can play a role of diversion and smoothing the flow pattern. When the flow is more than design flow, the effect of energy dissipation and erosion control of stilling basin is not good. In order to enhance the effect of energy dissipation and erosion control of stilling basin, the basin shall be lengthened and baffle piers shall be set in the stilling basin to assist energy dissipation.
机译：在苏水电站中设计的重力相似性和湍流抗性相似性设计的变态液压模型实验的研究表明，SUE水电站的结构布局和设计尺寸是合理的，溢流能力闸​​门可以满足要求。上游圆弧混凝土引导翼墙和下游静脉盆地和电站出口之间的导墙可以起到引流和平滑流动模式的作用。当流量超过设计流动时，静电盆地的能量耗散和腐蚀控制的影响并不好。为了提高储能盆地能量耗散和腐蚀控制的影响，盆地应延长，挡板覆盖应设在静脉盆地，以协助能源耗散。

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