Analysis of the effectiveness of landslide stabilization in a near-dam reservoir area

Zhiquan Wang, Jian Wu, Shuaihua Ye, Dong Yang, Fengfeng Gao
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Abstract

The geological conditions of the landslide area in a near-dam reservoir area of a water conservancy hub project are complicated, and the stability problem of the landslide body is prominent, which is not only directly related to the safety of the adjacent office building and highway, but also poses a threat to the normal operation of the water conservancy hub. According to the latest geological data of the landslide area, the results of the stability calculation of the landslide body are analyzed, and the reinforcement design scheme of circular chair type anti-slide piles & prestressed anchor cables is proposed for the landslide body to solve the problem of anti-slide stability of the landslide body. Numerical analysis results show that: the safety factor under each working condition after reinforcement is within the permissible range and meets the relevant normative requirements, the landslide body has good control effect on deformation after reinforcement, and the reinforcement measures can provide certain reference value for the design and construction of similar projects.
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近坝库区滑坡加固效果分析
某水利枢纽工程近坝库区滑坡区地质条件复杂,滑坡体稳定性问题突出,不仅直接关系到相邻办公楼和公路的安全,也对水利枢纽的正常运行构成威胁。根据滑坡区最新地质资料,分析滑坡体稳定性计算结果,提出滑坡体圆椅型抗滑桩及预应力锚索加固设计方案,解决滑坡体抗滑稳定性问题。数值分析结果表明:加固后各工况下的安全系数均在允许范围内,满足相关规范要求,加固后滑坡体对变形具有良好的控制效果,加固措施可为类似工程的设计和施工提供一定的参考价值。
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