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A platform for research: civil engineering, architecture and urbanism
Semi-rigid metal energy dissipation connecting structure for shear wall coupling beam
The invention discloses a semi-rigid metal energy dissipation connecting structure for a shear wall coupling beam. The semi-rigid metal energy dissipation connecting structure comprises a second shear steel plate, two first shear steel plates and two end plates. The second shearing steel plate is located between the two first shearing steel plates, the first shearing steel plates and the second shearing steel plate are fixed between the two end plates, energy dissipation components are arranged on the upper side and the lower side of the second shearing steel plate, and the structure can bend and dissipate earthquake energy before the coupling beam is damaged.
本发明公开了一种剪力墙连梁半刚性金属耗能连接结构，包括第二剪切钢板、两块第一剪切钢板及两块端板；第二剪切钢板位于两块第一剪切钢板之间，且第一剪切钢板及第二剪切钢板均固定于两块端板之间，第二剪切钢板的上下两侧均设置有耗能构件，该结构能够在连梁破坏之前发生屈曲并耗散地震能量。
Semi-rigid metal energy dissipation connecting structure for shear wall coupling beam
The invention discloses a semi-rigid metal energy dissipation connecting structure for a shear wall coupling beam. The semi-rigid metal energy dissipation connecting structure comprises a second shear steel plate, two first shear steel plates and two end plates. The second shearing steel plate is located between the two first shearing steel plates, the first shearing steel plates and the second shearing steel plate are fixed between the two end plates, energy dissipation components are arranged on the upper side and the lower side of the second shearing steel plate, and the structure can bend and dissipate earthquake energy before the coupling beam is damaged.
本发明公开了一种剪力墙连梁半刚性金属耗能连接结构，包括第二剪切钢板、两块第一剪切钢板及两块端板；第二剪切钢板位于两块第一剪切钢板之间，且第一剪切钢板及第二剪切钢板均固定于两块端板之间，第二剪切钢板的上下两侧均设置有耗能构件，该结构能够在连梁破坏之前发生屈曲并耗散地震能量。
Semi-rigid metal energy dissipation connecting structure for shear wall coupling beam
一种剪力墙连梁半刚性金属耗能连接结构
LI LIANG (author) / FAN XIYUE (author) / ZHOU TIANHUA (author) / HE YAO (author)
2024-08-16
Patent
Electronic Resource
Chinese
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