(1 上海申元岩土工程有限公司， 上海 200011； 2 中国建筑第八工程局有限公司， 上海 200135)

［摘要］结合上海深坑酒店建设项目边坡加固工程，探讨基于变形控制的边坡加固设计方法，通过引入三维动力有限单元法分析加固前后边坡变形特性及稳定性，验证加固方案的可行性。研究表明，采用预应力锚索+锚杆的加固方案能达到稳定性控制与变形控制的加固目的，加固后边坡位移明显降低，稳定性安全系数明显提高，满足抗震稳定性及变形控制要求。地震作用下，边坡加速度响应随边坡高度逐渐放大，土层的放大效应较岩层更为明显；岩层软弱结构面处边坡加速度响应放大较为明显。 

［关键词］上海深坑酒店；变形控制；高边坡；边坡加固；强度折减法；动力有限单元法 

中图分类号：TU457-1 文献标识码：A文章编号：1002-848X(2021)23-0008-05

Research on reinforcement design of high and steep slope based on deformation control for InterContinental Shanghai Wonderland Hotel

LIANG  Zhirong1,  LIU  Jingde1,  LI  Wei1,  WEI  Xiang1,  CHEN  Xinxi2,  LI  Yun2,  YU  Shaole2 

(1 Shanghai Shen Yuan Geotechnical Engineering  Co., Ltd., Shanghai 200011， China；2 China Construction Eighth Engineering Division  Co., Ltd., Shanghai 200135， China) 

Abstract: Combined with the slope reinforcement engineering of InterContinental Shanghai Wonderland Hotel construction project, the slope reinforcement design method based on deformation control was discussed. By introducing three-dimensional dynamic finite element method to analyze the deformation characteristics and stability of slope before and after reinforcement, the feasibility of the reinforcement scheme was verified. The study shows that the reinforcement scheme of prestressed anchor cable and anchor rod can achieve the purpose of stability control and deformation control, and the slope displacement is obviously reduced and the stability safety factor is obviously improved after reinforcement, which meets the requirements of seismic stability and deformation control. The acceleration response of slope amplifies with slope height, and the amplification effect of soil layer is more obvious than rock layer. The acceleration response of the slope at the soft structural plane of rock stratum is obviously amplified. 

Keywords:InterContinental Shanghai Wonderland Hotel; deformation control； high slope； slope reinforcement； strength reduction method； dynamic finite element method

*上海市青年科技启明星计划资助（20QB1400600），上海市优秀技术带头人资助计划项目（14XD1420400），华建集团科研计划项目（18-1类-0081-地）。

 作者简介：梁志荣，硕士，教授级高级工程师，Email:llq009@vip.sina.com； 通信作者：刘静德，博士，高级工程师，Email：liu-jd03@126.com。