A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Energy consumption web anti-seismic reinforcing structure and frame building structure
The invention relates to an energy consumption web anti-seismic reinforcing structure and a frame building structure, which comprise an upper frame beam, a lower frame beam and a web arranged between the upper frame beam and the lower frame beam, and a gap is formed in the middle of the web to form a first web part and a second web part; at least one damping mechanism is arranged between the first web part and the second web part, an upper rigid connecting piece is arranged between the top of the first web part and the top of the second web part, the upper rigid connecting piece is fixed to the first web part, the second web part and the upper-layer frame beam, and a lower rigid connecting piece is arranged between the bottom of the first web part and the bottom of the second web part. And the lower rigid connecting piece is fixed with the first web part, the second web part and the lower-layer frame beam. According to the reinforced structure disclosed by the invention, the frame building structure has better ductility and energy consumption performance.
本发明涉及一种耗能腹板抗震加固结构及框架建筑结构，包括上层框架梁、下层框架梁以及设置在上层框架梁、下层框架梁之间的腹板，所述腹板中部设置缝隙以形成第一腹板部和第二腹板部，第一腹板部和第二腹板部之间设置有至少一个阻尼机构，第一腹板部和第二腹板部顶部之间设有上刚性连接件，上刚性连接件与第一腹板部、第二腹板部和上层框架梁固定，第一腹板和第二腹板底部之间设有下刚性连接件，下刚性连接件与第一腹板部、第二腹板部和下层框架梁固定，本发明的加固结构使得框架建筑结构具有更好的延性和耗能性能。
Energy consumption web anti-seismic reinforcing structure and frame building structure
The invention relates to an energy consumption web anti-seismic reinforcing structure and a frame building structure, which comprise an upper frame beam, a lower frame beam and a web arranged between the upper frame beam and the lower frame beam, and a gap is formed in the middle of the web to form a first web part and a second web part; at least one damping mechanism is arranged between the first web part and the second web part, an upper rigid connecting piece is arranged between the top of the first web part and the top of the second web part, the upper rigid connecting piece is fixed to the first web part, the second web part and the upper-layer frame beam, and a lower rigid connecting piece is arranged between the bottom of the first web part and the bottom of the second web part. And the lower rigid connecting piece is fixed with the first web part, the second web part and the lower-layer frame beam. According to the reinforced structure disclosed by the invention, the frame building structure has better ductility and energy consumption performance.
本发明涉及一种耗能腹板抗震加固结构及框架建筑结构，包括上层框架梁、下层框架梁以及设置在上层框架梁、下层框架梁之间的腹板，所述腹板中部设置缝隙以形成第一腹板部和第二腹板部，第一腹板部和第二腹板部之间设置有至少一个阻尼机构，第一腹板部和第二腹板部顶部之间设有上刚性连接件，上刚性连接件与第一腹板部、第二腹板部和上层框架梁固定，第一腹板和第二腹板底部之间设有下刚性连接件，下刚性连接件与第一腹板部、第二腹板部和下层框架梁固定，本发明的加固结构使得框架建筑结构具有更好的延性和耗能性能。
Energy consumption web anti-seismic reinforcing structure and frame building structure
一种耗能腹板抗震加固结构及框架建筑结构
YUE QINGXIA (author) / SONG ZHIKUAN (author) / ZHANG TING (author) / ZHANG XIN (author) / LI SHURONG (author)
2024-08-02
Patent
Electronic Resource
Chinese
Anti-seismic reinforcing method for frame structure building
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