Engineering Feasibility Study on the Beijing East 2nd Ring Underground Road

Abstract:

The Beijing East 2nd Ring underground road is one of the three horizontal and four vertical underground expressways, and it is an important part of Beijing's expressway system. Technical standards, engineering line location, geological conditions, construction methods, construction organization, controlling conditions of the project are illustrated in the paper. Research and demonstration of the feasibility of the projects is carried out. The conclusions are as follows: (1) The overall line location conform to the city's underground transportation system planning. (2) The overall project layout is correct. Underground space is used reasonably. The urban expressways system can be improved. The technical standards of the expressway project can be satisfied. (3) The project connects Puhuangyu Expressway and Beijing-Chengde Highway. Cross-border traffic is solved. That plays an important role to ease the traffic pressure of city center road network. (4) Large diameter shield construction program is feasible. (5) The large cross-section of proposed tunnel, complex construction environment, high technical difficulty, could be included in the forefront of the construction of city tunnel at home and abroad. Scientific and technological research and research projects are proposed to carry out, laying a solid foundation for the smooth implementation.

• Periodical: Applied Mechanics and Materials (Volumes 353-356)
• Pages: 1495-1501
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.353-356.1495
• Online since: August 2013
• Authors: Jin Gang Wu, Ren Dong Chen, Qiang Bi, Hua Guo
• Keywords: East 2nd Ring Road, Engineering Feasibility, Traversal Subway Tunnel, Underground Road

References

[1] Beijing General Municipal Engineering Design and Research Institute, Beijing East Second Ring Road in underground diameter line engineering design, 2011. 8.

[2] Wang Mengshu, Tunneling and underground engineering technology in China, China Communication Press, (2010).

[3] Cao Wenhong, Shen Weiqiang, Engineering design of large long shield tunnel, , China Building Industry Press, (2010).