A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Suspension tunnel joint
The invention discloses a floating tunnel joint, and relates to the technical field of civil engineering, the floating tunnel joint comprises a waterproof structure and a connecting energy consumption structure, the connecting energy consumption structure is used for connecting two adjacent pipelines and realizing energy consumption, the waterproof structure is used for sealing the two adjacent pipelines, and the waterproof structure is located on the periphery of the connecting energy consumption structure; a tenon-and-mortise structure is formed at the connecting position of the corresponding waterproof structures of every two adjacent pipelines, a groove body is formed at the connecting position of the corresponding connecting energy dissipation structure, the waterproof structures are installed on the end faces of the tenon-and-mortise structures, and the connecting energy dissipation structures are installed in the groove bodies. The device has good energy dissipation and shock absorption performance and flexible deformation capacity, and vibration and relative displacement deformation generated between floating tunnel pipe joints in a complex marine environment can be met.
本发明公开了一种悬浮隧道接头，涉及土木工程技术领域，包括防水结构和连接耗能结构，连接耗能结构用于连接相邻的两个管道并实现耗能，防水结构用于对相邻的两个管道之间密封，且防水结构位于连接耗能结构外周；相邻的两个管道在对应防水结构的连接处形成榫卯结构，在对应连接耗能结构的连接处形成槽体，防水结构安装于榫卯结构的各端面上，连接耗能结构安装于槽体内。本发明具有良好的消能减震性能和柔性变形能力，能够满足复杂海洋环境下悬浮隧道管节间所产生的振动和相对位移变形。
Suspension tunnel joint
The invention discloses a floating tunnel joint, and relates to the technical field of civil engineering, the floating tunnel joint comprises a waterproof structure and a connecting energy consumption structure, the connecting energy consumption structure is used for connecting two adjacent pipelines and realizing energy consumption, the waterproof structure is used for sealing the two adjacent pipelines, and the waterproof structure is located on the periphery of the connecting energy consumption structure; a tenon-and-mortise structure is formed at the connecting position of the corresponding waterproof structures of every two adjacent pipelines, a groove body is formed at the connecting position of the corresponding connecting energy dissipation structure, the waterproof structures are installed on the end faces of the tenon-and-mortise structures, and the connecting energy dissipation structures are installed in the groove bodies. The device has good energy dissipation and shock absorption performance and flexible deformation capacity, and vibration and relative displacement deformation generated between floating tunnel pipe joints in a complex marine environment can be met.
本发明公开了一种悬浮隧道接头，涉及土木工程技术领域，包括防水结构和连接耗能结构，连接耗能结构用于连接相邻的两个管道并实现耗能，防水结构用于对相邻的两个管道之间密封，且防水结构位于连接耗能结构外周；相邻的两个管道在对应防水结构的连接处形成榫卯结构，在对应连接耗能结构的连接处形成槽体，防水结构安装于榫卯结构的各端面上，连接耗能结构安装于槽体内。本发明具有良好的消能减震性能和柔性变形能力，能够满足复杂海洋环境下悬浮隧道管节间所产生的振动和相对位移变形。
Suspension tunnel joint
一种悬浮隧道接头
CHEN WANRU (author) / XU ZHENGFA (author) / SONG DEYA (author) / SHAO CHANGYONG (author) / WANG RUIHAN (author) / WU LIMING (author) / JIANG LIYING (author) / GE BINGYANG (author) / MA TIANHAO (author)
2024-07-23
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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