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建筑技术  2014, Vol. 45 Issue (9): 836-841    DOI:
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复杂地质条件下矿坑内百米级高陡边坡逆作施工
TOP-DOWN CONSTRUCTION OF HECTOMETER HIGH AND STEEP SIDE SLOPE IN MINING PIT UNDER COMPLEX GEOLOGICAL CONDITIONS
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摘要 南京牛首山佛顶宫工程建于既有矿坑内,由于工期紧,削坡挖方高度高、体量大,且地质条件复杂,施工中结合岩土体特征,设计了合理坡率以保证边坡自稳,采用边坡逆作施工,解决了交叉施工的困难,确保了工程质量和施工安全。
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作者相关文章
孙晓阳
马明磊
陈 斌
颜卫东
张 帅
关键词矿坑内建筑   高边坡   预应力锚索   逆作施工     
Abstract: Nanjing Foding Palace on Niushou Mountain is built in an existing mining pit. Considering tight construction schedule, high slope and large excavation workload, and complex geological conditions, reasonable slope ratio is designed according to the characteristics of rock and soil stratum, to protect the stability of side slope. Top-down side slope construction is adopted to successfully solve the difficulties in cross construction and effectively guarantee engineering quality and construction safety.
Key wordsbuilding in mining pit   high side slope   prestressed anchor cable   top-down construction   
引用本文:   
孙晓阳,马明磊,陈 斌等. 复杂地质条件下矿坑内百米级高陡边坡逆作施工[J]. 建筑技术, 2014, 45(9): 836-841.
SUN Xiao-yang1,MA Ming-lei,CHEN Bin et al. TOP-DOWN CONSTRUCTION OF HECTOMETER HIGH AND STEEP SIDE SLOPE IN MINING PIT UNDER COMPLEX GEOLOGICAL CONDITIONS[J]. Architecture Technology, 2014, 45(9): 836-841.
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