1) high dam
高坝
1.
Study on performance-based risk decision-making for high dam construction cases;
基于功能的高坝建设方案的风险决策研究
2.
Model test studies of atomized flow for high dams;
高坝泄洪雾化模型试验研究
2) high dam foundation
高坝坝基
1.
Analysis of dynamic effect characteristic for high dam foundation under earthquake load;
地震荷载作用下高坝坝基的动力响应特征分析
3) dam height
坝高
1.
The article checks and calculates the designed flood,checked flood peak flux,flood level,flood discharge ability, and dam height of Xijing hydropower station,which shows the flood discharge ability and dam height can meet the require- ment of security.
文章通过对西津水电站设计洪水、校核洪水洪峰流量、洪水位、泄洪能力以及坝高进行复核计算,以此说明西津水电站的泄流能力和坝高满足安全要求。
2.
By random vibration theory,the effects of dam height and foundation stiffness of gravity dam on its seismic response are studied.
应用随机振动理论,研究了坝高和坝基刚度对重力坝地震响应的影响规律。
3.
This paper has obtained some law,which is of great value for reference to making stability analysis of dam abutments by deriving a solution to the thrust at springer of an arch dam based on the relationship between the water load and the dam height.
基于水荷载与坝高的关系,推求拱端推力的求解公式,得到一些坝肩稳定分析的具有参考价值的规律。
4) height of dam
坝高
1.
<Abstrcat>Based on the related design codes, the type of dam, section, height of dam, top width of dam, slope of dam and spillway etc.
根据有关规范,对沁河流域干泉沟治沟骨干工程的坝型、断面、坝高、坝顶宽度、坝坡度及溢洪道等进行了设计,提出了具体的施工要求,分析了该工程所带来的蓄水保土效益、社会效益及生态效益。
5) dam height of silt dam
淤地坝坝高
6) High arch dam Abutment
高拱坝坝肩
1.
3D numerical simulation on deformation and stability of high arch dam abutment
高拱坝坝肩岩体变形稳定性的三维数值模拟
补充资料：阿斯旺高坝
| 阿斯旺高坝 Aswan High Dam 埃及尼罗河上具有灌溉、发电、防洪等综合效益的大型水利工程。位于开罗以南约700千米，水库总库容1689亿立方米。坝基岩层为花岗片麻岩，覆盖层很厚，最深处有225米。坝系粘土心墙堆石坝，最大坝高111米，顶宽40米，底宽980米，坝顶长3830米，坝轴弯向上游，半径1400米。坝基防渗采用与心墙连接的上游水平铺盖和心墙下的帷幕灌浆，帷幕最深处有170米，厚度自上而下由40米减至20米。电站厂房位于右岸边，利用施工期6条直径15米的导流隧洞改建成发电与泄洪合一的引水隧洞，装机12台，共210万千瓦。最大泄洪量6000立方米／秒。工程于1961年开工，1970年竣工。 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条