Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Multi-machine resultant force aerial turnover construction method for large-span arc-shaped latticed shell structure
The invention provides a multi-machine resultant force aerial turnover construction method for a large-span arc-shaped latticed shell structure. The multi-machine resultant force aerial turnover construction method is characterized in that on the basis of sufficiently checking related technical data, the construction experience of hoisting other steel structures is used in cooperation, an advancedmounting method and a peripheral construction environment are referred, a large-span arc-shaped steel structure main truss aerial turnover and multi-machine relay installation construction method isproposed, the purposes of aerial turnover controllability, installation controllability, risk controllability and quality controllability are achieved through application practice and verification ofthe combined aerial turnover and multi-machine relay installation construction method, and on the basis, the method is formed through summarization. The problems that an existing large-span latticed shell structure is extremely high in construction cost, low in construction efficiency and large in potential safety hazard are solved. The multi-machine resultant force aerial turnover construction method belongs to the field of housing construction steel structure engineering.
本发明提供一种大跨度弧形网壳结构多机合力空中翻转施工方法，在充分核对相关技术资料基础上，结合其他钢结构吊运的施工经验、参考先进的安装方法及周边施工环境，拟定了大跨度弧形钢结构主桁空中翻转及多机接力安装施工工法，该组合空中翻转及多机接力安装施工方法通过应用实践与验证，实现了空中翻转可控、安装可控、风险可控、质量可控的目的，在此基础上，总结形成本方法。以解决目前大跨度网壳结构施工成本极高，施工效率低，且安全隐患大的问题。属于房建施工钢结构工程领域。
Multi-machine resultant force aerial turnover construction method for large-span arc-shaped latticed shell structure
The invention provides a multi-machine resultant force aerial turnover construction method for a large-span arc-shaped latticed shell structure. The multi-machine resultant force aerial turnover construction method is characterized in that on the basis of sufficiently checking related technical data, the construction experience of hoisting other steel structures is used in cooperation, an advancedmounting method and a peripheral construction environment are referred, a large-span arc-shaped steel structure main truss aerial turnover and multi-machine relay installation construction method isproposed, the purposes of aerial turnover controllability, installation controllability, risk controllability and quality controllability are achieved through application practice and verification ofthe combined aerial turnover and multi-machine relay installation construction method, and on the basis, the method is formed through summarization. The problems that an existing large-span latticed shell structure is extremely high in construction cost, low in construction efficiency and large in potential safety hazard are solved. The multi-machine resultant force aerial turnover construction method belongs to the field of housing construction steel structure engineering.
本发明提供一种大跨度弧形网壳结构多机合力空中翻转施工方法，在充分核对相关技术资料基础上，结合其他钢结构吊运的施工经验、参考先进的安装方法及周边施工环境，拟定了大跨度弧形钢结构主桁空中翻转及多机接力安装施工工法，该组合空中翻转及多机接力安装施工方法通过应用实践与验证，实现了空中翻转可控、安装可控、风险可控、质量可控的目的，在此基础上，总结形成本方法。以解决目前大跨度网壳结构施工成本极高，施工效率低，且安全隐患大的问题。属于房建施工钢结构工程领域。
Multi-machine resultant force aerial turnover construction method for large-span arc-shaped latticed shell structure
一种大跨度弧形网壳结构多机合力空中翻转施工方法
DENG BIAO (Autor:in) / WU SONG (Autor:in) / NIE XIANG (Autor:in) / GONG JIANWEI (Autor:in) / YONG TINGTING (Autor:in) / WU ZHENYUAN (Autor:in) / CAI JIAJUN (Autor:in) / LYU TINGGUO (Autor:in) / TAN ZHIWEI (Autor:in)
10.07.2020
Patent
Elektronische Ressource
Chinesisch
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