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Construction and installation method for super high-rise building steel structure
The invention relates to the technical field of super high-rise building construction, and discloses a construction and installation method for a super high-rise building steel structure. The method comprises the steps that S1, materials are prepared; S2, a steel structure is installed; S3, the steel structure is welded; S4, a bottom plate is welded; S5, the steel structure is hoisted; and S6, the steel structure is detected. According to the construction and installation method, when the steel structure is constructed and installed, segmented progressive installation is adopted, strength testing is conducted on each joint after each time of installation, and therefore it can be guaranteed that the installation strength can reach the standard, and follow-up accidents are avoided; strength testing needs to be conducted on the whole steel structure after installation, and meanwhile, strength testing can be monitored through detection equipment, so that the installation strength of the steel structure can be observed, and the stability and safety of steel structure construction and installation are improved; and furthermore, the strength of node connection between long steel plates and short steel plates can be improved through the arrangement of reinforcing assemblies, and therefore, the safety is better.
本发明涉及超高层建筑施工技术领域，公开了一种超高层建筑钢结构施工安装方法，S1：物料准备S2：钢结构安装；S3：钢结构焊接；S4：底板焊接；S5：钢结构吊运；S6：钢结构检测；本发明在对钢结构进行施工安装时，采用分部递进式安装，并且在每次安装过后对每个节点进行强度测试，从而能够保证该安装强度能够达到标准，避免后续发生意外，并且在安装过后还需对钢结构整体进行强度测试，同时还可通过检测设备对强度测试进行监控，使得能够观察钢结构的安装强度，从而增加钢结构施工安装的稳定性以及安全性，并且该利用加固组件的设置，能够增加长钢板与短钢板节点连接的强度，使得安全性更好。
Construction and installation method for super high-rise building steel structure
The invention relates to the technical field of super high-rise building construction, and discloses a construction and installation method for a super high-rise building steel structure. The method comprises the steps that S1, materials are prepared; S2, a steel structure is installed; S3, the steel structure is welded; S4, a bottom plate is welded; S5, the steel structure is hoisted; and S6, the steel structure is detected. According to the construction and installation method, when the steel structure is constructed and installed, segmented progressive installation is adopted, strength testing is conducted on each joint after each time of installation, and therefore it can be guaranteed that the installation strength can reach the standard, and follow-up accidents are avoided; strength testing needs to be conducted on the whole steel structure after installation, and meanwhile, strength testing can be monitored through detection equipment, so that the installation strength of the steel structure can be observed, and the stability and safety of steel structure construction and installation are improved; and furthermore, the strength of node connection between long steel plates and short steel plates can be improved through the arrangement of reinforcing assemblies, and therefore, the safety is better.
本发明涉及超高层建筑施工技术领域，公开了一种超高层建筑钢结构施工安装方法，S1：物料准备S2：钢结构安装；S3：钢结构焊接；S4：底板焊接；S5：钢结构吊运；S6：钢结构检测；本发明在对钢结构进行施工安装时，采用分部递进式安装，并且在每次安装过后对每个节点进行强度测试，从而能够保证该安装强度能够达到标准，避免后续发生意外，并且在安装过后还需对钢结构整体进行强度测试，同时还可通过检测设备对强度测试进行监控，使得能够观察钢结构的安装强度，从而增加钢结构施工安装的稳定性以及安全性，并且该利用加固组件的设置，能够增加长钢板与短钢板节点连接的强度，使得安全性更好。
Construction and installation method for super high-rise building steel structure
一种超高层建筑钢结构施工安装方法
BIN JIANXIONG (author)
2021-11-05
Patent
Electronic Resource
Chinese
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