A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Coupling beam energy dissipation device, multi-stage energy dissipation fabricated building and method
The invention relates to the technical field of fabricated buildings, and provides a coupling beam energy dissipation device, a multi-stage energy dissipation fabricated building and a method. The coupling beam energy dissipation device comprises an energy dissipation web plate assembly, a flange plate assembly, an end plate and an auxiliary energy dissipation piece; the energy dissipation web assembly comprises an inner web and an outer web. The yield strength of the inner web is smaller than that of the outer web; the auxiliary energy consumption parts are arranged on the inner web and the outer web; the auxiliary energy consumption piece comprises a clamping piece, a suspension support, a suspension piece and a mass ball assembly. The multi-stage energy dissipation fabricated building comprises a coupling beam energy dissipation device, a transverse connecting piece, a vertical connecting piece and a prefabricated part, and the prefabricated part comprises a prefabricated foundation, a prefabricated wall plate and a prefabricated floor slab. According to the coupling beam energy dissipation device, the auxiliary energy dissipation piece is arranged on the energy dissipation web assembly, the energy dissipation capacity of the coupling beam energy dissipation device is improved, multi-stage energy dissipation under different earthquake intensities can be achieved, and the repair cost is reduced.
本申请涉及装配式建筑技术领域，提供了一种连梁耗能装置、多阶段耗能装配式建筑及方法，连梁耗能装置包括：耗能腹板组件、翼缘板组件、端板以及辅助耗能件；耗能腹板组件包括内腹板以及外腹板；内腹板的屈服强度小于外腹板；辅助耗能件设置于内腹板和外腹板上；辅助耗能件包括：夹持件、悬垂支架、悬吊件以及质量球组件。多阶段耗能装配式建筑包括连梁耗能装置、横向连接件、竖向连接件以及预制构件，预制构件包括预制基础、预制墙板以及预制楼板。通过在耗能腹板组件上设置辅助耗能件，提升连梁耗能装置的耗能能力，并且可实现在不同地震强度下的多阶段耗能，降低修复成本。
Coupling beam energy dissipation device, multi-stage energy dissipation fabricated building and method
The invention relates to the technical field of fabricated buildings, and provides a coupling beam energy dissipation device, a multi-stage energy dissipation fabricated building and a method. The coupling beam energy dissipation device comprises an energy dissipation web plate assembly, a flange plate assembly, an end plate and an auxiliary energy dissipation piece; the energy dissipation web assembly comprises an inner web and an outer web. The yield strength of the inner web is smaller than that of the outer web; the auxiliary energy consumption parts are arranged on the inner web and the outer web; the auxiliary energy consumption piece comprises a clamping piece, a suspension support, a suspension piece and a mass ball assembly. The multi-stage energy dissipation fabricated building comprises a coupling beam energy dissipation device, a transverse connecting piece, a vertical connecting piece and a prefabricated part, and the prefabricated part comprises a prefabricated foundation, a prefabricated wall plate and a prefabricated floor slab. According to the coupling beam energy dissipation device, the auxiliary energy dissipation piece is arranged on the energy dissipation web assembly, the energy dissipation capacity of the coupling beam energy dissipation device is improved, multi-stage energy dissipation under different earthquake intensities can be achieved, and the repair cost is reduced.
本申请涉及装配式建筑技术领域，提供了一种连梁耗能装置、多阶段耗能装配式建筑及方法，连梁耗能装置包括：耗能腹板组件、翼缘板组件、端板以及辅助耗能件；耗能腹板组件包括内腹板以及外腹板；内腹板的屈服强度小于外腹板；辅助耗能件设置于内腹板和外腹板上；辅助耗能件包括：夹持件、悬垂支架、悬吊件以及质量球组件。多阶段耗能装配式建筑包括连梁耗能装置、横向连接件、竖向连接件以及预制构件，预制构件包括预制基础、预制墙板以及预制楼板。通过在耗能腹板组件上设置辅助耗能件，提升连梁耗能装置的耗能能力，并且可实现在不同地震强度下的多阶段耗能，降低修复成本。
Coupling beam energy dissipation device, multi-stage energy dissipation fabricated building and method
一种连梁耗能装置、多阶段耗能装配式建筑及方法
GE QI (author) / LIU PENG (author) / XIONG FENG (author) / XUE YU (author) / HU YANG (author) / ZENG LINGKUN (author)
2024-11-19
Patent
Electronic Resource
Chinese
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