Scholarlink

In this paper, taking the underground excavation project of Seocaodong in South Korea as an example, the application of TSM pipe curtain construction method in ultra-shallow buried underground engineering is studied by using the combination of ABAQUS software simulation and on-site monitoring. The simulation results show that the surface settlement is within the control range during the construction process of the TSM method, which confirms the accuracy of the numerical model. In addition, the maximum surface settlement in the actual construction did not exceed 50% of the specified value, and the construction period was shortened by 6 months, demonstrating the efficiency and economy of the TSM construction method in underground engineering.

错误：搜索内容不能为空，请输入英文关键词
错误：关键词超出字数限制，请精简
高级检索

Analysis of Surface Settlement of TSM Pipe Curtain Construction Method in Engineering Application

  • 会议论文

  • 发表日期：

    2026年

查看全文
  • Jiachao Dong,
  • Qian Bai,
  • Zhenyu Du,
  • Zhanguo Zhu,
  • Xiaobing Tan,
  • Huanyu Bian,
  • Jiahe Liu,
  • Lin Qiao

摘要

In this paper, taking the underground excavation project of Seocaodong in South Korea as an example, the application of TSM pipe curtain construction method in ultra-shallow buried underground engineering is studied by using the combination of ABAQUS software simulation and on-site monitoring. The simulation results show that the surface settlement is within the control range during the construction process of the TSM method, which confirms the accuracy of the numerical model. In addition, the maximum surface settlement in the actual construction did not exceed 50% of the specified value, and the construction period was shortened by 6 months, demonstrating the efficiency and economy of the TSM construction method in underground engineering.