1) tailrace bifurcation tunnel
尾水岔洞
1.
Due to non-regular geometric shape, complicated geological conditions and high stress concentration of large-span tailrace bifurcation tunnel, it is of important engineering and scientific significance to study the analysis method systematically for excavation stability and lining reinforcement.
由于大跨度尾水岔洞的几何结构,所处的地质条件和所受应力条件的复杂性,开展大跨径尾水岔洞开挖稳定与衬砌配筋分析方法的系统研究,具有重要工程和科学意义。
2) fork tube
尾水岔管
1.
Experimental research on current resistant characteristics of tail water fork tube in the pumped-storage hydroelectric plant;
抽水蓄能电站尾水岔管水流运动及阻力特性试验研究
3) tailrace tunnel
尾水隧洞
1.
Concrete lining technology for tailrace tunnel of TGP power source station;
三峡电源电站尾水隧洞衬砌混凝土施工技术
2.
Excavation of tailrace tunnel of Shuibuya Hydroproject;
水布垭枢纽尾水隧洞开挖施工技术
3.
The construction layout and procedures of the tailrace system of underground power house of Jinping-Ⅱ Hydropower Station are described;and the construction procedures of the tailrace gate chamber and the tailrace tunnel together with its exit are discussed emphatically.
着重论述了尾水闸室、尾水隧洞和出口建筑物三者的施工程序和施工方法。
4) tailrace tunnel
尾水洞
1.
Stability analysis for separating rock wall between tailrace tunnels of TGP;
三峡地下电站尾水洞槽挖洞间岩墩稳定性分析
2.
Finite element analysis of stress of tailrace tunnel for Xiluodu Hydropower Station;
溪洛渡水电站尾水洞结构应力有限元分析
3.
Construction of tailrace tunnel of Shuibuya Hydropower Station
水布垭水电站尾水洞下段施工
5) tailrace chamber
尾水洞室
6) long tailrace tunnel
长尾水洞
1.
Governing stability and optimization of setting parameter for a pumped storage power station with long tailrace tunnel;
长尾水洞抽水蓄能电站调节稳定性及参数优化
