1) high dam basement
高坝地基
1.
of China: optimal selection of dam type; high dam large discharge spillway and energy dissipation technology; steel reinforced diversion bifurcation technology; high dam basement processing technology; prestressed bolting of high side rock slope etc.
全面总结了建国以来我国水电建设的坝工技术成就,涉及坝型优选、高坝大流量泄水建筑物及消能工技术、钢筋混凝土引水岔管技术、高坝地基处理技术、岩质高边坡预应力锚固处理等。
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) foundation engineering geology for high dam
高坝坝基工程地质
1.
It introduces, on the basis of summing up the experience, the study status quo, contents, methods and evaluation principles of the main engineering geological problems that are commonly encountered in the construction of hydropower projects in China, such as local tectonic stability, the foundation engineering geology for high dam, the stability of surrounding rocks of underground works and the.
对中国水电工程建设中常见的区域构造稳定、高坝坝基工程地质、工程高边坡稳定、地下工程围岩稳定和岩溶渗漏等主要工程地质问题的研究现状、内容、方法和评价原则,作了总结经验性的介绍。
4) dam height of silt dam
淤地坝坝高
5) high dam rock foundation
高坝岩基
1.
For high dam rock foundation intersected by inversely dipping discontinuities such as shear zones,faults,joints,etc,it is generally considered that its deep sliding mode is wedge sliding along the weak planes.
对于含反倾结构面的高坝岩基,一般认为其深层滑动模式为沿反倾结构面的楔形体滑动。
6) dam foundation geology
坝基地质
补充资料：坝地
| 坝地 dam field 在水土流失地区的沟道里采用筑坝 、 修堰等方法拦截泥沙淤出的农田。有些地方把劈山填沟造出的沟台地也称坝地。打坝淤地造田是水土保持的重要措施，其主要作用是：① 蓄洪拦泥，保持水土。② 变荒沟为良田，扩大耕地面积。③坝地形成坝系后，提高了侵蚀基点，沟床不会继续冲刷下切而造成沟岸崩塌和沟坡滑塌。 |
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