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A platform for research: civil engineering, architecture and urbanism
Self-resetting beam-column connecting module, beam-column joint and energy consumption method
The invention provides a self-resetting beam-column connecting module, a beam-column joint and an energy consumption method. The connecting module comprises a plate connecting assembly, a groove-shaped assembly, a connecting assembly and an energy consumption assembly. The plate connecting assembly comprises a transverse connecting plate and a plurality of longitudinal connecting plates. The groove-shaped assembly comprises two groups of matching groove pieces, and the matching groove pieces comprise upper groove pieces and lower groove pieces; the connecting assembly comprises a first connecting piece, a second connecting piece and a third connecting piece which can connect the upper groove piece and the lower groove piece with the transverse connecting plate, the longitudinal connecting plate and the beam respectively. The energy dissipation assembly comprises two energy dissipation components located above the upper groove piece and below the lower groove piece respectively, and the two ends of the energy dissipation components are connected with the columns and the beams respectively. The node comprises an upper column group, a lower column group, an inserting assembly, an upper beam group, a lower beam group and a plurality of modules. The method comprises the step of utilizing the module or the node to consume energy. Post-earthquake damage can be controlled, the shock absorption capacity is good, all components can be prefabricated in a factory, installation is easy and convenient, and the preparation cost is low.
本发明提供了一种自复位梁柱连接模块、梁柱节点和耗能方法。所述连接模块包括：板接组件、槽型组件、连接组件和耗能组件；板接组件包括1个横向连接板和多个纵向连接板；槽型组件包括2组配合槽件，配合槽件包括上槽件和下槽件；连接组件包括第一、第二和第三连接件，三者能够分别将上、下槽件与横向连接板、纵向连接板和梁连接；耗能组件包括两个分别位于上槽件之上和下槽件之下的耗能构件，其两端分别与柱、梁相连接。所述节点包括上柱组、下柱组、插接组件、上梁组、下梁组以及多个上述的模块。所述方法包括利用上述的模块或节点进行耗能。本发明能够对震后损伤进行控制，吸震能力良好，所有构件可在工厂预制，安装简单方便，制备成本低。
Self-resetting beam-column connecting module, beam-column joint and energy consumption method
The invention provides a self-resetting beam-column connecting module, a beam-column joint and an energy consumption method. The connecting module comprises a plate connecting assembly, a groove-shaped assembly, a connecting assembly and an energy consumption assembly. The plate connecting assembly comprises a transverse connecting plate and a plurality of longitudinal connecting plates. The groove-shaped assembly comprises two groups of matching groove pieces, and the matching groove pieces comprise upper groove pieces and lower groove pieces; the connecting assembly comprises a first connecting piece, a second connecting piece and a third connecting piece which can connect the upper groove piece and the lower groove piece with the transverse connecting plate, the longitudinal connecting plate and the beam respectively. The energy dissipation assembly comprises two energy dissipation components located above the upper groove piece and below the lower groove piece respectively, and the two ends of the energy dissipation components are connected with the columns and the beams respectively. The node comprises an upper column group, a lower column group, an inserting assembly, an upper beam group, a lower beam group and a plurality of modules. The method comprises the step of utilizing the module or the node to consume energy. Post-earthquake damage can be controlled, the shock absorption capacity is good, all components can be prefabricated in a factory, installation is easy and convenient, and the preparation cost is low.
本发明提供了一种自复位梁柱连接模块、梁柱节点和耗能方法。所述连接模块包括：板接组件、槽型组件、连接组件和耗能组件；板接组件包括1个横向连接板和多个纵向连接板；槽型组件包括2组配合槽件，配合槽件包括上槽件和下槽件；连接组件包括第一、第二和第三连接件，三者能够分别将上、下槽件与横向连接板、纵向连接板和梁连接；耗能组件包括两个分别位于上槽件之上和下槽件之下的耗能构件，其两端分别与柱、梁相连接。所述节点包括上柱组、下柱组、插接组件、上梁组、下梁组以及多个上述的模块。所述方法包括利用上述的模块或节点进行耗能。本发明能够对震后损伤进行控制，吸震能力良好，所有构件可在工厂预制，安装简单方便，制备成本低。
Self-resetting beam-column connecting module, beam-column joint and energy consumption method
自复位梁柱连接模块、梁柱节点和耗能方法
XU FEI (author) / ZHOU XUHONG (author) / HE JING (author) / SHI YU (author) / KE KE (author)
2023-09-22
Patent
Electronic Resource
Chinese
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