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刘若彪. 紧邻大直径管线的深基坑工程设计实践[J]. 岩土工程学报, 2012, 34(suppl): 598-602.
引用本文: 刘若彪. 紧邻大直径管线的深基坑工程设计实践[J]. 岩土工程学报, 2012, 34(suppl): 598-602.
LIU Ruo-biao. Design and application of a deep excavation adjacent to large-diameter pipes[J]. Chinese Journal of Geotechnical Engineering, 2012, 34(suppl): 598-602.
Citation: LIU Ruo-biao. Design and application of a deep excavation adjacent to large-diameter pipes[J]. Chinese Journal of Geotechnical Engineering, 2012, 34(suppl): 598-602.

紧邻大直径管线的深基坑工程设计实践

Design and application of a deep excavation adjacent to large-diameter pipes

  • 摘要: 上海漕溪路站地块公共开放空间项目位于密集城市中心,周边邻近诸多城市干道、市政管线、高架道路、轻轨线路和车站,环境保护要求较高,其中基坑北侧紧邻的大直径污水管为本工程的重点保护对象。文章介绍了该基坑工程的工程概况及总体设计方案,重点说明针对邻近污水管保护所采取的搅拌桩中套打灌注桩、架空栈桥等关键技术,以及基坑实施前制定的诸如预埋跟踪注浆管等必要的应急预案,并对主要的监测结果作了分析。该基坑工程已顺利完成,设计方案的实施为主体地下结构的施工和实现预定的工期目标创造了有利的条件,有效地保护了基坑周边的环境。

     

    Abstract: The Shanghai Caoxi Road Station Plot Public Open Space Project is located in the downtown of Shanghai City. The excavation is adjacent to several city roads, pipelines, elevated road, light rail line and station. Protection requirements of the surrounding facilities are quite high, especially for the large-diameter sewage pipes at the north side of the excavation. The general situation of the project and the overall design scheme of the deep excavation are introduced. Emphasis is put on the technical countermeasures of protecting the large-diameter sewage pipes, including constructing the bored piles in the cement mixing soil, using elevated soil conveying path, and tracing grouting. The monitoring results show that the surrounding environments are effectively protected by the adopted supporting system and technical countermeasures. The successful construction of the deep excavation creats favorable conditions for the construction of the main structures of the project.

     

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