Core wall rockfill dam is one of the representative types of the Shuibuya Project on the Qingjiang River.
心墙堆石坝是清江水布垭水利枢纽的代表性坝型之一。
The diversion tunnels of the Shuibuya Project feature high head, big discharge, long tunnel line and complicated geologic conditions.
水布垭导流隧洞具有水头高，流量大，洞线长，地质环境差等特点，因而技术问题较多，难度较大。
The results show that it is feasible to make use of local materials to construct high concrete faced rockfill dam for Shuibuya project.
试验研究结果表明，就筑坝材料来说，水布垭工程就地取材，修建高混凝土面板堆石坝是可行的。
Through the filter protective soil tests and fissure self healing tests, the filter design standard of the wide grading anti seepage materials of Shuibuya Project is given.
通过反滤保土试验及冲刷自愈试验，给出了适合水布垭宽级配防渗料的反滤设计标准。
Taking the engineering rock quality evaluation of a dam foundation rock at the Shuibuya project for example, the application of quality classification of engineering rocks is studied.
结合水布垭水利枢纽大坝建基岩体工程质量评价实例，对岩体工程质量分级的应用进行了研究。
The key rock mechanical problems of the underground powerhouse in Shuibuya Project are the complicated rock structures and the control effect of soft rock on the surrounding rock of the grotto.
水布垭地下厂房岩石力学问题主要表现为复杂的岩体结构及软岩对洞室围岩的控制作用。
The Gushubao landslide had ever blocked the traffic of the Shuibuya water control project site.
位于清江岸边的古树包滑坡曾使水布垭面板堆石坝工程对外交通一度中断。
Through measurement and data regression analysis at Shuibuya Hydraulic Project, the characteristics of stress field in complex rock mass are also revealed.
通过对水布垭枢纽工程的地应力测试成果和地应力场反分析成果的综合研究，展示了复杂岩体中的应力分布特征。
The Shuibuya hydroelectric project will be built in gorge morphology on Qingjang River, the gravitation is key factor which decides whether the rock in dam site is stable or not.
水布垭水电枢纽拟建于清江干流深切峡谷地段，重力是决定坝址区岩体稳定与否的关键因素。
By taking a blasting as an example which mines the rockfill dam materials for Shuibuya Convansery Key Project, the fuzzy mathematics method was utilized to appreciate the blasting effect.
以水布垭水利枢纽堆石坝料开采爆破试验为例，运用模糊数学方法对爆破试验进行效果评估。
By taking a blasting as an example which mines the rockfill dam materials for Shuibuya Convansery Key Project, the fuzzy mathematics method was utilized to appreciate the blasting effect.
以水布垭水利枢纽堆石坝料开采爆破试验为例，运用模糊数学方法对爆破试验进行效果评估。
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