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A platform for research: civil engineering, architecture and urbanism
Single-layer latticed shell structure and mounting method thereof
The invention discloses a single-layer latticed shell structure and a mounting method thereof, the single-layer latticed shell structure structurally comprises a support node I, a support node II, a support rod and a support, the support node I and the support node II are mutually connected to form a single-layer structure, the support rod is arranged on the single-layer structure, and the support is arranged at the bottom of the single-layer structure. The method comprises the following steps: A, dividing a construction area; b, constructing in a construction area I; and C, construction of the second construction area. The reticulated shell structure with a peculiar shape can be obtained, and the shape is attractive. A single-layer latticed shell structure is constructed in two areas, the on-site high-altitude construction amount and construction difficulty are greatly reduced, and meanwhile the problems that due to the fact that the clearance distance between the latticed shell structure and a main body structure is too short, side face hoisting cannot be conducted on latticed shell block units, the crane extending arm requirement is difficult to meet, and the construction cost is lowered are solved. Therefore, the technical problem that construction cannot be carried out in the installation method of block high-altitude hoisting by adopting a conventional crane is solved.
本发明公开了一种单层网壳结构及其安装方法，其结构包括支撑节点一、支撑节点二、支撑杆和支座，支撑节点一和支撑节点二相互连接成单层结构，支撑杆设于单层结构上，支座设于单层结构的底部。其方法包括：A、施工区域划分；B、施工区域一施工；C、施工区域二施工。本发明能得到奇特造型的网壳结构，造型美观。对单层网壳结构分两个区域施工，大大降低现场高空施工量和施工难度，同时解决了网壳结构和主体结构之间的净空距离过短，出现网壳分块单元无法进行侧面吊装，很难满足吊机伸臂需求，致使采用常规吊机进行分块高空吊装的安装方法出现无法施工的技术问题。
Single-layer latticed shell structure and mounting method thereof
The invention discloses a single-layer latticed shell structure and a mounting method thereof, the single-layer latticed shell structure structurally comprises a support node I, a support node II, a support rod and a support, the support node I and the support node II are mutually connected to form a single-layer structure, the support rod is arranged on the single-layer structure, and the support is arranged at the bottom of the single-layer structure. The method comprises the following steps: A, dividing a construction area; b, constructing in a construction area I; and C, construction of the second construction area. The reticulated shell structure with a peculiar shape can be obtained, and the shape is attractive. A single-layer latticed shell structure is constructed in two areas, the on-site high-altitude construction amount and construction difficulty are greatly reduced, and meanwhile the problems that due to the fact that the clearance distance between the latticed shell structure and a main body structure is too short, side face hoisting cannot be conducted on latticed shell block units, the crane extending arm requirement is difficult to meet, and the construction cost is lowered are solved. Therefore, the technical problem that construction cannot be carried out in the installation method of block high-altitude hoisting by adopting a conventional crane is solved.
本发明公开了一种单层网壳结构及其安装方法，其结构包括支撑节点一、支撑节点二、支撑杆和支座，支撑节点一和支撑节点二相互连接成单层结构，支撑杆设于单层结构上，支座设于单层结构的底部。其方法包括：A、施工区域划分；B、施工区域一施工；C、施工区域二施工。本发明能得到奇特造型的网壳结构，造型美观。对单层网壳结构分两个区域施工，大大降低现场高空施工量和施工难度，同时解决了网壳结构和主体结构之间的净空距离过短，出现网壳分块单元无法进行侧面吊装，很难满足吊机伸臂需求，致使采用常规吊机进行分块高空吊装的安装方法出现无法施工的技术问题。
Single-layer latticed shell structure and mounting method thereof
一种单层网壳结构及其安装方法
JIANG YONGYANG (author) / TANG HAIJIANG (author) / WANG HONGLIANG (author) / GUO LEI (author) / YU WEI (author) / HE WENJUN (author) / LAI WEIRONG (author)
2023-05-09
Patent
Electronic Resource
Chinese
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