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A platform for research: civil engineering, architecture and urbanism
Large-diameter steel cylinder water taking platform structure and construction method thereof
The invention discloses a large-diameter steel cylinder water taking platform structure and a construction method thereof. The large-diameter steel cylinder water taking platform structure comprises a large-diameter steel cylinder, an operation platform and a supporting pile foundation. The large-diameter steel cylinder is fixedly connected with the operation platform, and the operation platform is fixedly connected with the supporting pile foundation. Firstly, by adopting the structural form of a large-diameter steel cylinder and a supporting pile foundation, the foundation treatment procedure is optimized, the requirement of a water taking structure for the foundation bearing capacity is met, and arrangement of a water taking system in a soft soil geologic water area is achieved, especially for soft soil geologic with the large one-time sedimentation amount and the limited water depth. And secondly, through the integral structural design that the water taking system and the operation platform are combined, a water taking opening structure does not need to be independently arranged, a water taking pump station structure does not need to be built in a land area behind, the effects of simplifying the water taking system structure and reducing the construction difficulty are achieved, meanwhile, the construction period is further shortened, the project manufacturing cost is further saved, and application and popularization prospects are achieved.
本发明公开了一种大直径钢筒取水平台结构及其施工方法，包括大直径钢筒、操作平台、支撑桩基础；所述大直径钢筒与操作平台固定连接，所述操作平台固定连接支撑桩基础。首先，通过采用大直径钢筒和支撑桩基础的结构型式，优化了地基处理工序，满足取水结构对地基承载力的要求，实现取水系统在软土地质水域中的布置，尤其是针对一次性淤积量较大且水深有限的软土地质。其次，通过取水系统与操作平台结合式的整体结构设计，无需再单独设置取水口结构，后方陆域也无需再建造取水泵站结构，起到简化取水系统结构、降低施工难度的作用，同时进一步压缩施工周期，节约工程造价成本，具有推广和应用前景。
Large-diameter steel cylinder water taking platform structure and construction method thereof
The invention discloses a large-diameter steel cylinder water taking platform structure and a construction method thereof. The large-diameter steel cylinder water taking platform structure comprises a large-diameter steel cylinder, an operation platform and a supporting pile foundation. The large-diameter steel cylinder is fixedly connected with the operation platform, and the operation platform is fixedly connected with the supporting pile foundation. Firstly, by adopting the structural form of a large-diameter steel cylinder and a supporting pile foundation, the foundation treatment procedure is optimized, the requirement of a water taking structure for the foundation bearing capacity is met, and arrangement of a water taking system in a soft soil geologic water area is achieved, especially for soft soil geologic with the large one-time sedimentation amount and the limited water depth. And secondly, through the integral structural design that the water taking system and the operation platform are combined, a water taking opening structure does not need to be independently arranged, a water taking pump station structure does not need to be built in a land area behind, the effects of simplifying the water taking system structure and reducing the construction difficulty are achieved, meanwhile, the construction period is further shortened, the project manufacturing cost is further saved, and application and popularization prospects are achieved.
本发明公开了一种大直径钢筒取水平台结构及其施工方法，包括大直径钢筒、操作平台、支撑桩基础；所述大直径钢筒与操作平台固定连接，所述操作平台固定连接支撑桩基础。首先，通过采用大直径钢筒和支撑桩基础的结构型式，优化了地基处理工序，满足取水结构对地基承载力的要求，实现取水系统在软土地质水域中的布置，尤其是针对一次性淤积量较大且水深有限的软土地质。其次，通过取水系统与操作平台结合式的整体结构设计，无需再单独设置取水口结构，后方陆域也无需再建造取水泵站结构，起到简化取水系统结构、降低施工难度的作用，同时进一步压缩施工周期，节约工程造价成本，具有推广和应用前景。
Large-diameter steel cylinder water taking platform structure and construction method thereof
一种大直径钢筒取水平台结构及其施工方法
JIN FUCHENG (author) / QIU ZHAOSHAN (author) / HONG FENG (author) / WU ZHILIANG (author) / QING XIAOFEI (author) / YOU TANHONG (author) / XIE LEI (author) / XU ZHANG (author) / CHEN XINYUN (author)
2022-11-04
Patent
Electronic Resource
Chinese
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