A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Modularized building based on sparse steel frame-supporting structure and mounting process
The invention discloses a modularized building based on a sparse steel frame-supporting structure and an installation process. The modularized building comprises two structural bodies, namely the sparse steel frame-supporting structure and a module unit. The sparse steel frame-supporting structure comprises a frame column, a frame beam and a supporting structure, the beam end of the frame beam is connected with the frame column on site, or the beam end of the frame beam is connected with the midspan position of the frame beam in the other direction on site, and the supporting structure is connected with the frame column and the frame beam at the end through a gusset plate. The sparse steel frame-supporting structure is provided with two layers of module units within the floor height range of the sparse steel frame-supporting structure. The invention further comprises an installation process of the modularized building based on the sparse steel frame-supporting structure. The sparse steel frame-supporting structure serves as a main lateral resisting structure, so that the modular structure system can be applied to a high-rise building, compared with a traditional embedded modular structure system, the number of frame beams is reduced due to the larger frame layer height, the overall steel consumption is reduced, and the field installation difficulty is lowered.
基于稀疏钢框架‑支撑结构的模块化建筑及安装工艺，该模块化建筑包括两类结构体：稀疏钢框架‑支撑结构、模块单元；所述稀疏钢框架‑支撑结构包括框架柱、框架梁和支撑结构，所述框架梁的梁端与框架柱在现场连接，或者与另一方向框架梁的跨中位置在现场连接，所述支撑结构通过节点板同框架柱、框架梁在其端部连接，所述稀疏钢框架‑支撑结构在其层高范围内安装两层的模块单元。本发明还包括基于稀疏钢框架‑支撑结构的模块化建筑的安装工艺。本发明的稀疏钢框架‑支撑结构作为主要抗侧结构，使得该模块结构体系可以应用于高层建筑中，更大的框架层高相比传统嵌入式模块结构体系减少了框架梁数目，节省了整体用钢量，降低了现场安装难度。
Modularized building based on sparse steel frame-supporting structure and mounting process
The invention discloses a modularized building based on a sparse steel frame-supporting structure and an installation process. The modularized building comprises two structural bodies, namely the sparse steel frame-supporting structure and a module unit. The sparse steel frame-supporting structure comprises a frame column, a frame beam and a supporting structure, the beam end of the frame beam is connected with the frame column on site, or the beam end of the frame beam is connected with the midspan position of the frame beam in the other direction on site, and the supporting structure is connected with the frame column and the frame beam at the end through a gusset plate. The sparse steel frame-supporting structure is provided with two layers of module units within the floor height range of the sparse steel frame-supporting structure. The invention further comprises an installation process of the modularized building based on the sparse steel frame-supporting structure. The sparse steel frame-supporting structure serves as a main lateral resisting structure, so that the modular structure system can be applied to a high-rise building, compared with a traditional embedded modular structure system, the number of frame beams is reduced due to the larger frame layer height, the overall steel consumption is reduced, and the field installation difficulty is lowered.
基于稀疏钢框架‑支撑结构的模块化建筑及安装工艺，该模块化建筑包括两类结构体：稀疏钢框架‑支撑结构、模块单元；所述稀疏钢框架‑支撑结构包括框架柱、框架梁和支撑结构，所述框架梁的梁端与框架柱在现场连接，或者与另一方向框架梁的跨中位置在现场连接，所述支撑结构通过节点板同框架柱、框架梁在其端部连接，所述稀疏钢框架‑支撑结构在其层高范围内安装两层的模块单元。本发明还包括基于稀疏钢框架‑支撑结构的模块化建筑的安装工艺。本发明的稀疏钢框架‑支撑结构作为主要抗侧结构，使得该模块结构体系可以应用于高层建筑中，更大的框架层高相比传统嵌入式模块结构体系减少了框架梁数目，节省了整体用钢量，降低了现场安装难度。
Modularized building based on sparse steel frame-supporting structure and mounting process
基于稀疏钢框架-支撑结构的模块化建筑及安装工艺
CHEN HAO (author) / ZHANG MINGLIANG (author) / ZHONG XU (author) / WANG XIAOXIANG (author) / YU YIFANG (author) / GAO LIQING (author) / LIU DANQING (author)
2023-07-21
Patent
Electronic Resource
Chinese
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