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Self-resetting anti-seismic joint of recombined bamboo with cantilever beam section and recombined bamboo frame
The invention discloses a self-resetting anti-seismic node of a recombined bamboo belt cantilever beam section and a recombined bamboo frame, and belongs to the technical field of engineering bamboo structural member manufacturing, the self-resetting anti-seismic node comprises a vertically arranged recombined bamboo column and a recombined bamboo beam, and the recombined bamboo beam comprises a recombined bamboo cantilever beam and a recombined bamboo common beam which are horizontally butted; steel filling plate connecting pieces are jointly embedded in the butt joint ends of the recombined bamboo cantilever beams and the butt joint ends of the recombined bamboo common beams, and the steel filling plate connecting pieces are fixed to the recombined bamboo cantilever beams and the recombined bamboo common beams through bolts. The recombined bamboo cantilever beams, the recombined bamboo common beams and the recombined bamboo columns are fixedly connected through prestressed steel strands which jointly penetrate through the recombined bamboo cantilever beams, the recombined bamboo common beams and the recombined bamboo columns. The problems that brittle failure is prone to occurring under the action of strong earthquakes and recovery is difficult after the earthquakes are mainly solved, the construction technology is simple, assembling is convenient, under the action of the strong earthquakes, the node working performance is reliable, the energy dissipation and shock absorption effects are good, and recoverability is achieved after the earthquakes.
本发明公开了一种重组竹带悬臂梁段的自复位抗震节点及重组竹框架,属于工程竹结构构件制作技术领域,包括垂直布置的重组竹柱、重组竹梁,重组竹梁包括水平对接的重组竹悬臂梁、重组竹普通梁;所述重组竹悬臂梁对接端与重组竹普通梁对接端共同嵌设有钢填板连接件,钢填板连接件通过螺栓分别与重组竹悬臂梁、重组竹普通梁固定;所述重组竹悬臂梁、重组竹普通梁、重组竹柱通过共同贯穿设置的预应力钢绞线固定连接。本发明主要解决强震作用下易发生脆性破坏及震后难恢复的问题,且施工工艺简单,装配便利,在强震作用下节点工作性能可靠,耗能减震效果好,且在震后具有可恢复性。
Self-resetting anti-seismic joint of recombined bamboo with cantilever beam section and recombined bamboo frame
The invention discloses a self-resetting anti-seismic node of a recombined bamboo belt cantilever beam section and a recombined bamboo frame, and belongs to the technical field of engineering bamboo structural member manufacturing, the self-resetting anti-seismic node comprises a vertically arranged recombined bamboo column and a recombined bamboo beam, and the recombined bamboo beam comprises a recombined bamboo cantilever beam and a recombined bamboo common beam which are horizontally butted; steel filling plate connecting pieces are jointly embedded in the butt joint ends of the recombined bamboo cantilever beams and the butt joint ends of the recombined bamboo common beams, and the steel filling plate connecting pieces are fixed to the recombined bamboo cantilever beams and the recombined bamboo common beams through bolts. The recombined bamboo cantilever beams, the recombined bamboo common beams and the recombined bamboo columns are fixedly connected through prestressed steel strands which jointly penetrate through the recombined bamboo cantilever beams, the recombined bamboo common beams and the recombined bamboo columns. The problems that brittle failure is prone to occurring under the action of strong earthquakes and recovery is difficult after the earthquakes are mainly solved, the construction technology is simple, assembling is convenient, under the action of the strong earthquakes, the node working performance is reliable, the energy dissipation and shock absorption effects are good, and recoverability is achieved after the earthquakes.
本发明公开了一种重组竹带悬臂梁段的自复位抗震节点及重组竹框架,属于工程竹结构构件制作技术领域,包括垂直布置的重组竹柱、重组竹梁,重组竹梁包括水平对接的重组竹悬臂梁、重组竹普通梁;所述重组竹悬臂梁对接端与重组竹普通梁对接端共同嵌设有钢填板连接件,钢填板连接件通过螺栓分别与重组竹悬臂梁、重组竹普通梁固定;所述重组竹悬臂梁、重组竹普通梁、重组竹柱通过共同贯穿设置的预应力钢绞线固定连接。本发明主要解决强震作用下易发生脆性破坏及震后难恢复的问题,且施工工艺简单,装配便利,在强震作用下节点工作性能可靠,耗能减震效果好,且在震后具有可恢复性。
Self-resetting anti-seismic joint of recombined bamboo with cantilever beam section and recombined bamboo frame
一种重组竹带悬臂梁段的自复位抗震节点及重组竹框架
ZHOU QIAOLING (author) / ZHAO SHIXING (author) / XIONG FENG (author) / YANG SHUHENG (author) / XIA JING (author) / LUO QIRUI (author) / ZHANG MING (author) / CHEN SHUWEI (author) / YU ZHIXIANG (author) / QI JINQIU (author)
2024-07-16
Patent
Electronic Resource
Chinese
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