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A platform for research: civil engineering, architecture and urbanism
Steel MiC structure system with energy dissipation metal plates and buckling-restrained braces
The invention relates to a steel MiC structure system with energy dissipation metal plates and buckling-restrained braces. The steel MiC structure system comprises a plurality of steel structure module units which are sequentially connected from top to bottom. Each steel structure module unit comprises at least two prefabricated modules, and the two prefabricated modules are horizontally arranged and fixedly connected through cast-in-place concrete; the prefabricated module comprises a metal plate prefabricated partition wall, a buckling-restrained brace prefabricated partition wall and two unsupported prefabricated partition walls; the metal plate prefabricated partition wall and the buckling-restrained brace prefabricated partition wall are arranged in parallel, and the two unsupported prefabricated partition walls are arranged between the metal plate prefabricated partition wall and the buckling-restrained brace prefabricated partition wall; the buckling-restrained brace prefabricated partition walls of the two prefabricated modules are fixedly connected through cast-in-place concrete. The steel MiC structure system has the advantages that the steel MiC structure system with the energy dissipation metal plates and the buckling-restrained braces can meet the requirement of high-intensity areas for structural seismic resistance, the section size of a component does not need to be increased, the building cost is reduced, the structure is simple, and construction is convenient and fast.
本发明涉及一种带耗能金属板及防屈曲支撑的钢MiC结构体系，包括多个由上到下依次连接的钢结构模块单元；钢结构模块单元包括至少两个预制模块，两个预制模块水平布置，并且二者之间通过现浇混凝土固定连接；预制模块包括金属板预制隔墙、防屈曲支撑预制隔墙以及两个无支撑预制隔墙；金属板预制隔墙与防屈曲支撑预制隔墙平行设置，两个无支撑预制隔墙设于金属板预制隔墙与防屈曲支撑预制隔墙之间；两个预制模块的防屈曲支撑预制隔墙通过现浇混凝土固定连接。其有益效果是，该带耗能金属板及防屈曲支撑的钢MiC结构体系能够满足高烈度地区对结构抗震的要求，无需增大构件的截面尺寸，降低了建筑成本，且结构简单，施工便捷。
Steel MiC structure system with energy dissipation metal plates and buckling-restrained braces
The invention relates to a steel MiC structure system with energy dissipation metal plates and buckling-restrained braces. The steel MiC structure system comprises a plurality of steel structure module units which are sequentially connected from top to bottom. Each steel structure module unit comprises at least two prefabricated modules, and the two prefabricated modules are horizontally arranged and fixedly connected through cast-in-place concrete; the prefabricated module comprises a metal plate prefabricated partition wall, a buckling-restrained brace prefabricated partition wall and two unsupported prefabricated partition walls; the metal plate prefabricated partition wall and the buckling-restrained brace prefabricated partition wall are arranged in parallel, and the two unsupported prefabricated partition walls are arranged between the metal plate prefabricated partition wall and the buckling-restrained brace prefabricated partition wall; the buckling-restrained brace prefabricated partition walls of the two prefabricated modules are fixedly connected through cast-in-place concrete. The steel MiC structure system has the advantages that the steel MiC structure system with the energy dissipation metal plates and the buckling-restrained braces can meet the requirement of high-intensity areas for structural seismic resistance, the section size of a component does not need to be increased, the building cost is reduced, the structure is simple, and construction is convenient and fast.
本发明涉及一种带耗能金属板及防屈曲支撑的钢MiC结构体系，包括多个由上到下依次连接的钢结构模块单元；钢结构模块单元包括至少两个预制模块，两个预制模块水平布置，并且二者之间通过现浇混凝土固定连接；预制模块包括金属板预制隔墙、防屈曲支撑预制隔墙以及两个无支撑预制隔墙；金属板预制隔墙与防屈曲支撑预制隔墙平行设置，两个无支撑预制隔墙设于金属板预制隔墙与防屈曲支撑预制隔墙之间；两个预制模块的防屈曲支撑预制隔墙通过现浇混凝土固定连接。其有益效果是，该带耗能金属板及防屈曲支撑的钢MiC结构体系能够满足高烈度地区对结构抗震的要求，无需增大构件的截面尺寸，降低了建筑成本，且结构简单，施工便捷。
Steel MiC structure system with energy dissipation metal plates and buckling-restrained braces
一种带耗能金属板及防屈曲支撑的钢MiC结构体系
CHEN CHAOJUN (author) / ZHANG JIAYI (author) / WANG QIONG (author) / ZHAO BAOJUN (author) / ZHANG ZONGJUN (author) / ZHANG ZHEN (author) / YAN CHEN (author) / DING TAO (author)
2023-05-02
Patent
Electronic Resource
Chinese
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