A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Research on the Influencing Mechanism of Support Parameters for Pipe-Sheds in Shallow-Buried Tunnels
Urbanization’s swift progress has heightened the need for underground space development, necessitating advanced support systems like extra-long pipe-shed technology to ensure safety and stability in challenging geological conditions during tunnel construction. This paper investigates the influencing factors of support parameters for extra-long pipe-shed technology, commonly used in tunnel and underground space construction. Based on current engineering cases involving extra-long pipe-sheds in tunnel construction, a numerical simulation method was employed to study the influence mechanism of parameters such as pipe-shed diameter, circumferential spacing, and support coverage on the effectiveness of the support system. The research also optimized the parameter design for pipe-shed construction, improving quality control and safety during construction. The findings provide theoretical guidance for tunnel support under complex geological conditions and serve as a reference for future similar projects.
Research on the Influencing Mechanism of Support Parameters for Pipe-Sheds in Shallow-Buried Tunnels
Urbanization’s swift progress has heightened the need for underground space development, necessitating advanced support systems like extra-long pipe-shed technology to ensure safety and stability in challenging geological conditions during tunnel construction. This paper investigates the influencing factors of support parameters for extra-long pipe-shed technology, commonly used in tunnel and underground space construction. Based on current engineering cases involving extra-long pipe-sheds in tunnel construction, a numerical simulation method was employed to study the influence mechanism of parameters such as pipe-shed diameter, circumferential spacing, and support coverage on the effectiveness of the support system. The research also optimized the parameter design for pipe-shed construction, improving quality control and safety during construction. The findings provide theoretical guidance for tunnel support under complex geological conditions and serve as a reference for future similar projects.
Research on the Influencing Mechanism of Support Parameters for Pipe-Sheds in Shallow-Buried Tunnels
Advances in Engineering res
Bilgin, Hüseyin (editor) / Chen, Jiajian (editor) / Daud, Zawawi Bin (editor) / Chen, Junyang (author)
International Conference on Civil Engineering, Environment Resources and Energy Materials ; 2024 ; Guangzhou, China
2024-12-24
7 pages
Article/Chapter (Book)
Electronic Resource
English
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