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五强溪水电站左岸船闸边坡开挖监控设计的理论与实践
引用本文:杨志法 柯天河. 五强溪水电站左岸船闸边坡开挖监控设计的理论与实践[J]. 工程地质学报, 1995, 3(2): 1-11
作者姓名:杨志法 柯天河
作者单位:1.中国科学院地质研究所,北京100029;
摘    要:五强溪水电站船闸左岸边坡,是由前震旦系的Pt1(主要为千枚状板岩)和Pt2(主要为砂岩、板岩)组成。因断层穿插,岩体破碎,边坡稳定性很差。为确保边坡在开挖施工期的安全,作者根据工程地质力学和系统科学相结合的方法,对之进行监控设计,取得了成功。

关 键 词:监控设计   工程地质力学   系统科学   监测
收稿时间:1994-04-30

THEORY AND PRACTICE ON MONITORING DESIGN FOR EXCAVATION OF SHIPLOCK SLOPE AT LEFT BANK OF WUQIANGXI HYDROELECTRIC POWER STATION
Yang Zhifa. THEORY AND PRACTICE ON MONITORING DESIGN FOR EXCAVATION OF SHIPLOCK SLOPE AT LEFT BANK OF WUQIANGXI HYDROELECTRIC POWER STATION[J]. Journal of Engineering Geology, 1995, 3(2): 1-11
Authors:Yang Zhifa
Affiliation:1.Institute of Geology,Academia Sinica,Beijing 100029;2.Mid-South Institute for Design of Hydroelectric Projects, Ministry of Energy Resources and Ministryof Water Conservancy, Changsha 410014;3.Hunan Wuqzangri Hydroelectric Constructure Company. Ruanlin 419642
Abstract:The shiplock slope at left bank of Wuqiangxi Hydroelectric Power Station consists of the pre-Sinian Pt1(mainly phyllitic slate) and Pt2 (mainly sndstone and slate).Stability of the slope is very bad because it is cut by faults and its rockmass is fractured.In order to ensure the safety during excavation process in the slope,the authors made a monitoring design for excavation according to the engineering geomechanics and the system science,and achieved considerable.
Keywords:Monitoring design   Engineering geomechanics   System science   Monitoring .
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