1) Guanyinyan Hydropower Station
观音岩水电站
1.
Design of cooling for concrete production system on right bank of Guanyinyan Hydropower Station
观音岩水电站右岸1042m高程混凝土生产系统制冷设计
2.
Based on finite element method,a 3-D nonlinear analysis is made on the structure pattern of the inserted junction for the composite dam alternative to the dam of Guanyinyan Hydropower Station with simulation of the processes of both the construction and the impoundment of the rockfill dam by Duncan E-B model and interface model.
采用有限元方法,利用邓肯E-B模型及接触面模型,模拟堆石坝的实际填筑和蓄水过程,对观音岩水电站混合坝方案插入式接头结构型式进行三维非线性分析。
2) Guanyinyan Hydropower Station
观音岩电站
1.
Seismic Strength Analysis of Trashrack of Guanyinyan Hydropower Station;
观音岩电站拦污栅结构动力特性分析
3) Yantan Hydropower Station
岩滩水电站
1.
Stability Analysis of Surrounding Rock of Underground House Group in Yantan Hydropower Station;
岩滩水电站地下厂房洞室群围岩稳定性分析
2.
Operation of RCC dam in Yantan Hydropower Station;
岩滩水电站碾压混凝土坝的运行
3.
Study on water log caused by karst immersion surrounding Yantan Hydropower Station;
岩滩水电站水库岩溶浸没性内涝的研究
4) Yantan hydroelectric project
岩滩水电站
1.
This article introduces the structural layout of the vertical shiplift of Yantan hydroelectric project and its characteristics The shipbox can be submerged in water This is an unprecedented design at home and abroa
本文介绍岩滩水电站垂直升船机的结构布置及船厢下水设计方案的特
5) Mayantong Hydropower Station
马岩洞水电站
1.
Mayantong Hydropower Station will be exploited by taking high dam and diversion way.
马岩洞水电站采取高坝、引水式开发。
6) Geheyan Hydropower Station
隔河岩水电站
1.
Research on Whether Changing Plastic Pads of Thrust Bearing of Geheyan Hydropower Station;
隔河岩水电站机组推力轴承改塑料瓦的研究
2.
Automatization Reconstruct of Geheyan Hydropower Station Drainage System for Passages Set inside the Dam;
隔河岩水电站大坝廊道排水系统自动化改造
3.
Effect of air temperature variation on displacement field of rock slope at Geheyan Hydropower Station;
气温变化对隔河岩水电站岩体边坡位移场的影响
补充资料:观音飞瀑
仙峰寺上行2.5公里,有一危岩肃立,高约百米,状似一尊观音菩萨,故名观音岩。一道瀑布沿岩壁飞泻而下,洒珠喷雪,落入碧潭。俗称“观音飞瀑”。
此瀑布悬于哈巴雪山山腰,飞流而下,气势磅礴,由于崖顶形似翘首的观音而得名。下虎跳则江面宽,水流平缓,两岸多为颇具民族特色的民居,辅以桃林。当桃花开时,人在水中行,花在岸上走,一山的浪漫。
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