Discussion on Structural Health Monitoring of Urban Underground Road Tunnel
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Keywords

Urban underground road
Tunnel structure
Health monitoring

DOI

10.26689/jwa.v8i5.8740

Submitted : 2024-10-02
Accepted : 2024-10-17
Published : 2024-11-01

Abstract

The number of urban underground road tunnels in China is increasing year by year, and health monitoring of tunnels is an effective management method to ensure their structural integrity. However, for shorter underground road tunnel projects, insufficient investment often leads to less frequent application of health monitoring systems. The application of intelligent structural health monitoring means can not only reduce the project cost but also help workers fully understand the actual situation of the tunnel structure. Therefore, this paper analyzes the characteristics, problems, and design of the urban underground road tunnel structural health monitoring system, and discusses the implementation of the urban underground road tunnel structural health monitoring system.

References

Xiong Y, He H, Zhang Z, et al., 2022, Research and Application of Structural Health Monitoring System of Expressway Operating Tunnel in Karst Area. Western Transportation Science and Technology, 2022(2): 126–131.

Wu X, Deng T, Chen B, et al., 2021, Research on Compressed Sensing of Big Data for Operational Tunnel Structural Health Monitoring System. Tunnel Construction (Chinese and English), 41(4): 674–683.

Chen H, Wu X, Zhang H, et al., 2021, Development of Software Platform for Structural Health Monitoring System of Operating Subway Tunnel Based on Internet of Things. Urban Rail Transit Research, 24(1): 93–96, 106.

Chen S, Wu X, Yao C, et al., 2019, Health Monitoring and Reliability Evaluation of Tunnel Structure Based on Compressed Sensing. Railway Standard Design, 63(11): 101–109.

Huang C, Liu X, Chen S, et al., 2021, Discussion on Structural Health Monitoring Program for High Hydraulic Pressure Large Diameter Trans-River Power Pipeline Corridor Tunnel. Electric Power Survey and Design, 2021(1): 49–58.

Ding J, Wang Y, Xu Y, 2020, Application of Fiber Optic Sensing Technology in Health Monitoring of Tunnel Structure. Sichuan Building Materials, 46(11): 86–87.

Tang X, Wang Y, Sun Z, 2021, Research on Structural Health Monitoring Program of Jintang Submarine Tunnel of Yongzhou Railway. Railway Standard Design, 65(10): 189–194.

Zhang X, 2022, Research on Construction Risk and Monitoring of Open Cut Section of Urban Tunnel Project——Taking the Example of Open Cut Section of Haisha in the River Crossing Tunnel Project of Burgundy East Road in Hangzhou City. Engineering Technology Research, 7(8): 164–166.

Zhao X, Wang L, Wang J, et al., 2022, Research on Mechanical Properties of TBM Tunnel Support Structure Based on Field Test. Henan Science, 40(1): 54–58.

Tang C, Liu C, Zhang X, et al., 2022, Analysis on the Current Status of Research on Structural Health Monitoring System of Tunnels. Sichuan Construction, 42(6): 115–116.

Pan H, Qiu A, Chen X, et al., 2022, Research on Key Construction Technology of Structural Health Monitoring System for Underwater Tunnels. Modern Transportation Technology, 19(6): 29–34.