Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Reinforcing device for completely cutting off connecting beam damaged by earthquake and construction method
A reinforcing device for completely cutting off connecting beam damaged by earthquake and a construction method thereof are disclosed. The reinforcing device comprises a non-energy-consumption section and an energy-consumption section, wherein the two ends of the non-energy-consumption section can be installed on two cut-off ports of the earthquake-damaged coupling beam correspondingly, and the energy-consumption section can be arranged on the non-energy-consumption section in an embedded mode. The method comprises the following steps that: the connecting beam damaged by earthquake is completely cut off; and a reinforcing device is installed at the position of the connecting beam damaged by earthquake. The method is reasonable in design, the connecting beam damaged by earthquake can be effectively repaired in a replaceable mode, and the repaired connecting beam has high energy dissipation capacity; the reinforcing device provided by the invention is reasonable in overall structural design, and has better automatic recovery capability when coping with a certain earthquake; and after being damaged when dealing with large earthquake energy, the earthquake energy loss section is convenient to replace in the later period.
公开了一种震损连梁全部切除的加固装置及施工方法，所述加固装置包括两端分别能够安装在震损连梁两个切除端口的非耗能段，能够镶嵌设置所述非耗能段上的耗能段；所述方法包括：将震损连梁全部切除；然后在震损连梁位置安装加固装置；本发明方法设计合理，能够对震损连梁进行有效地更换式的修复，且修复后的连梁具备较高的耗能能力；本发明所提出的加固装置整体结构设计合理，其应对一定的地震时具备较佳较佳的自动恢复能力；而应对较大的震能时损坏后，在后期对震损耗能段更换时较为便捷。
Reinforcing device for completely cutting off connecting beam damaged by earthquake and construction method
A reinforcing device for completely cutting off connecting beam damaged by earthquake and a construction method thereof are disclosed. The reinforcing device comprises a non-energy-consumption section and an energy-consumption section, wherein the two ends of the non-energy-consumption section can be installed on two cut-off ports of the earthquake-damaged coupling beam correspondingly, and the energy-consumption section can be arranged on the non-energy-consumption section in an embedded mode. The method comprises the following steps that: the connecting beam damaged by earthquake is completely cut off; and a reinforcing device is installed at the position of the connecting beam damaged by earthquake. The method is reasonable in design, the connecting beam damaged by earthquake can be effectively repaired in a replaceable mode, and the repaired connecting beam has high energy dissipation capacity; the reinforcing device provided by the invention is reasonable in overall structural design, and has better automatic recovery capability when coping with a certain earthquake; and after being damaged when dealing with large earthquake energy, the earthquake energy loss section is convenient to replace in the later period.
公开了一种震损连梁全部切除的加固装置及施工方法，所述加固装置包括两端分别能够安装在震损连梁两个切除端口的非耗能段，能够镶嵌设置所述非耗能段上的耗能段；所述方法包括：将震损连梁全部切除；然后在震损连梁位置安装加固装置；本发明方法设计合理，能够对震损连梁进行有效地更换式的修复，且修复后的连梁具备较高的耗能能力；本发明所提出的加固装置整体结构设计合理，其应对一定的地震时具备较佳较佳的自动恢复能力；而应对较大的震能时损坏后，在后期对震损耗能段更换时较为便捷。
Reinforcing device for completely cutting off connecting beam damaged by earthquake and construction method
一种震损连梁全部切除的加固装置及施工方法
WANG TINGYAN (Autor:in) / ZHOU YUN (Autor:in) / DENG XUESONG (Autor:in) / WU CONGXIAO (Autor:in)
28.01.2022
Patent
Elektronische Ressource
Chinesisch
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