嘉陵江利泽航电枢纽工程鱼道进口水流条件数值模拟
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Numerical simulation of flow conditions near fish way entrance of Lize project in the Jialingjiang River
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    摘要:

    针对山区河流航电枢纽区域有限的诱集鱼条件,采用二维水流数值模拟方法,对嘉陵江利泽工程鱼道入口附近的水流条件进行研究。对比分析了5种布置方案下的鱼道进口水流流场。结果表明:鱼道进口靠岸侧布置导墙、靠主河道侧布置反弧堤头加导流墩的组合形式,可显著改善鱼道进口水流条件。对于该工程而言,直导墙长度设计为6 m,然后以圆弧(R=18 m)与岸坡相接;反弧堤头成45度角斜切;在斜切边壁外布置2个尺寸均为1.2 m×0.8 m的导流墩,布置间隔为1.2 m。

    Abstract:

    Considering the limited attraction flow for fish near the navigation and electricity junction in the mountain river,flow conditions near the fish way entrance are investigated by two-dimensional flow numerical simulation for the Lize project in the Jialingjiang River. The flow fields at the entrance of the fish way under 5 different layout schemes are compared and analyzed. The results show that the combination of guide wall on the bank side of the fish way entrance and reverse arc breakwater head and diversion pier on the main channel side can significantly improve the flow conditions at the fish way entrance. For this project,the straight guide wall is designed to be 6 m long,and then it is connected with the bank slope with an arc (R=18 m);the reverse arc breakwater head is cut at an angle of 45°;two diversion piers are employed outside the beveled edge wall and both dimensions are 1.2 m × 0.8 m,which are separated by 1.2 m.

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陈 明,刘 原,段黎明,等.嘉陵江利泽航电枢纽工程鱼道进口水流条件数值模拟[J].水运工程,2022(12):152-157.

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  • 在线发布日期: 2022-12-08
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