控制性开挖沉管作业在现役管道不停输移动过程中的应用
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The Application of Controlling Excavation Immersed Tube Technology in Active Pipeline Moving Process
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    摘要:

    以忠武输气管道榔坪河谷沉管工程为背景, 结合场区工程地质条件,采用控制性开挖沉管作业对该漂管进行沉管复位施工设计,详细介绍了控制性开挖沉管作业技术在现役管道不停输移动过程中的应用。该控制性开挖沉管作业施工达到了预期效果,在受限条件下管道沉管施工既防止了重力式混凝土挡渣墙因施工扰动发生倾覆对管道和施工人员造成的毁灭性灾难的重大安全隐患,又使管道的沉降深度得到了提升(由原设计最大沉降量Δ=-1 m提升至Δ=-1.5 m)。该方案在忠武输气管道榔坪河谷沉管工程上取得了成功,可为其他类似管道工程提供指导。

    Abstract:

    Taking an example from Zhong-Wu Lang Ping Valley Gas Pipeline Project, we combined the engineering geological of the site area, and learn from experience in similar projects. Then, on this basis, we carried out the design of the immersed work, introduced the applications of the immersed controlled excavation work. The results show that the immersed controlled excavation work achieved the expected results. Practice shows that the controlled excavation construction not only prevent gravity retaining wall concrete construction disturbance and construction personnel devastation, but also improved the depth of pipeline settlement (original design maximum settlement increased to -1.5m from -1.0m.). The program for Zhong-Wu Lang Ping Valley Gas Pipeline engineering success, and can providing guidance for other similar pipeline project.

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刘翼,王耀忠,沈飞军,吴锐,金鑫,李德明,崔迪.控制性开挖沉管作业在现役管道不停输移动过程中的应用[J].土木与环境工程学报(中英文),2013,35(Z2):124-128. Liu Yi, Wang Yaozhong, Shen Feijun, Wu Rui, Jin Xin, Li Deming, Cui Di. The Application of Controlling Excavation Immersed Tube Technology in Active Pipeline Moving Process[J]. JOURNAL OF CIVIL AND ENVIRONMENTAL ENGINEERING,2013,35(Z2):124-128.[doi]

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  • 在线发布日期: 2014-02-25
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