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Recoverable function wallboard structure system provided with energy consumption device and method
The invention relates to the technical field of fabricated buildings, and provides a recoverable function wallboard structure system and method provided with an energy consumption device. The recoverable function wallboard structure system comprises a prefabricated foundation, a prefabricated wallboard, a prefabricated floor slab, a transverse connecting piece, a vertical connecting piece and the energy consumption device; a vertical joint is formed between every two adjacent prefabricated wallboards, and the prefabricated wallboards on the two sides of the vertical joints are connected through the transverse connecting pieces. Transverse joints are formed between the prefabricated wallboards and the prefabricated floor slabs and between the prefabricated wallboards and the prefabricated foundations. The vertical connecting piece is connected with the prefabricated wall plate and the prefabricated floor or is connected with the prefabricated wall plate and the prefabricated foundation; a door opening, a connecting beam and an energy consumption device are further arranged between the prefabricated wallboards; the two ends of the energy dissipation device are connected with the connecting beams of the two prefabricated wall plates correspondingly. The high-ductility, replaceable and easy-to-repair energy consumption device is added into the concrete coupling beam in a dry connection mode, so that the energy consumption capacity of the coupling beam is improved; and the structural system has excellent life cycle detachable and repairable performance.
本申请涉及装配式建筑技术领域,提供了一种配置耗能装置的可恢复功能墙板结构体系及方法,包括:预制基础、预制墙板、预制楼板、横向连接件、竖向连接件以及耗能装置;相邻预制墙板之间形成有竖向接缝,横向连接件连接竖向接缝两侧的预制墙板;预制墙板与预制楼板之间以及预制墙板与预制基础之间形成有横向接缝;竖向连接件连接预制墙板和预制楼板,或连接预制墙板和预制基础;预制墙板之间还设置有门洞、连梁和耗能装置;耗能装置的两端分别与两个预制墙板的连梁连接。通过将高延性、可更换、易修复耗能装置通过干式连接的方式加入到混凝土连梁中,提高连梁耗能能力;使结构体系具有优良的生命周期可拆卸、可修复性能。
Recoverable function wallboard structure system provided with energy consumption device and method
The invention relates to the technical field of fabricated buildings, and provides a recoverable function wallboard structure system and method provided with an energy consumption device. The recoverable function wallboard structure system comprises a prefabricated foundation, a prefabricated wallboard, a prefabricated floor slab, a transverse connecting piece, a vertical connecting piece and the energy consumption device; a vertical joint is formed between every two adjacent prefabricated wallboards, and the prefabricated wallboards on the two sides of the vertical joints are connected through the transverse connecting pieces. Transverse joints are formed between the prefabricated wallboards and the prefabricated floor slabs and between the prefabricated wallboards and the prefabricated foundations. The vertical connecting piece is connected with the prefabricated wall plate and the prefabricated floor or is connected with the prefabricated wall plate and the prefabricated foundation; a door opening, a connecting beam and an energy consumption device are further arranged between the prefabricated wallboards; the two ends of the energy dissipation device are connected with the connecting beams of the two prefabricated wall plates correspondingly. The high-ductility, replaceable and easy-to-repair energy consumption device is added into the concrete coupling beam in a dry connection mode, so that the energy consumption capacity of the coupling beam is improved; and the structural system has excellent life cycle detachable and repairable performance.
本申请涉及装配式建筑技术领域,提供了一种配置耗能装置的可恢复功能墙板结构体系及方法,包括:预制基础、预制墙板、预制楼板、横向连接件、竖向连接件以及耗能装置;相邻预制墙板之间形成有竖向接缝,横向连接件连接竖向接缝两侧的预制墙板;预制墙板与预制楼板之间以及预制墙板与预制基础之间形成有横向接缝;竖向连接件连接预制墙板和预制楼板,或连接预制墙板和预制基础;预制墙板之间还设置有门洞、连梁和耗能装置;耗能装置的两端分别与两个预制墙板的连梁连接。通过将高延性、可更换、易修复耗能装置通过干式连接的方式加入到混凝土连梁中,提高连梁耗能能力;使结构体系具有优良的生命周期可拆卸、可修复性能。
Recoverable function wallboard structure system provided with energy consumption device and method
一种配置耗能装置的可恢复功能墙板结构体系及方法
GE QI (author) / LIU PENG (author) / XIONG FENG (author) / XUE YU (author) / HU YANG (author) / ZENG LINGKUN (author)
2024-11-15
Patent
Electronic Resource
Chinese
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