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A platform for research: civil engineering, architecture and urbanism
Self-resetting steel plate shear wall building structure
The invention discloses a self-resetting steel plate shear wall building structure. The self-resetting steel plate shear wall building structure comprises a bottom foundation, a building frame arranged on the bottom foundation, self-resetting steel plate shear wall lateral resisting units and first connecting pieces used for connecting the self-resetting steel plate shear wall lateral resisting units with a floor slab. Each self-resetting steel plate shear wall lateral resisting unit comprises a steel plate shear wall, a second column component and a second beam component. The self-resetting steel plate shear wall lateral resisting units are symmetrically arranged in the building frame. The floor slab is in rigid connection with the building frame and the second beam components. A first gap is formed between the floor slab and the second column components. The first connecting pieces are connected to the bottom of the floor slab. Two ends of each first connecting piece are connected tothe corresponding second beam component and a first beam component of the building frame correspondingly. When the self-resetting steel plate shear wall building structure is subjected to seismic action, the floor slab, the building frame and the first connecting pieces on the bottom of the floor slab work cooperatively, the circumstance that the floor slab cracks or the first connecting pieces are damaged can be avoided, and thus, horizontal inertia force is effectively and reasonably transmitted into the self-resetting steel plate shear wall lateral resisting units in a damage-free mode.
本发明公开了一种自复位钢板剪力墙楼体结构，包括底部基础、设置在底部基础上的楼框架、自复位钢板剪力墙抗侧单元、用于连接自复位钢板剪力墙抗侧单元与楼板的第一连接件；自复位钢板剪力墙抗侧单元包括钢板剪力墙、第二柱构件和第二梁构件；自复位钢板剪力墙抗侧单元对称设置在楼框架中；楼板与楼框架、第二梁构件刚性连接，楼板与第二柱构件之间设置有第一间隙；第一连接件连接在楼板底部，第一连接件两端分别连接在第二梁构件和楼框架的第一梁构件上。在受到地震作用时，楼板与楼框架、楼板底部的第一连接件协同工作，可避免楼板开裂或第一连接件破坏，从而有效、合理、免损地将水平惯性力传递至自复位钢板剪力墙抗侧单元中。
Self-resetting steel plate shear wall building structure
The invention discloses a self-resetting steel plate shear wall building structure. The self-resetting steel plate shear wall building structure comprises a bottom foundation, a building frame arranged on the bottom foundation, self-resetting steel plate shear wall lateral resisting units and first connecting pieces used for connecting the self-resetting steel plate shear wall lateral resisting units with a floor slab. Each self-resetting steel plate shear wall lateral resisting unit comprises a steel plate shear wall, a second column component and a second beam component. The self-resetting steel plate shear wall lateral resisting units are symmetrically arranged in the building frame. The floor slab is in rigid connection with the building frame and the second beam components. A first gap is formed between the floor slab and the second column components. The first connecting pieces are connected to the bottom of the floor slab. Two ends of each first connecting piece are connected tothe corresponding second beam component and a first beam component of the building frame correspondingly. When the self-resetting steel plate shear wall building structure is subjected to seismic action, the floor slab, the building frame and the first connecting pieces on the bottom of the floor slab work cooperatively, the circumstance that the floor slab cracks or the first connecting pieces are damaged can be avoided, and thus, horizontal inertia force is effectively and reasonably transmitted into the self-resetting steel plate shear wall lateral resisting units in a damage-free mode.
本发明公开了一种自复位钢板剪力墙楼体结构，包括底部基础、设置在底部基础上的楼框架、自复位钢板剪力墙抗侧单元、用于连接自复位钢板剪力墙抗侧单元与楼板的第一连接件；自复位钢板剪力墙抗侧单元包括钢板剪力墙、第二柱构件和第二梁构件；自复位钢板剪力墙抗侧单元对称设置在楼框架中；楼板与楼框架、第二梁构件刚性连接，楼板与第二柱构件之间设置有第一间隙；第一连接件连接在楼板底部，第一连接件两端分别连接在第二梁构件和楼框架的第一梁构件上。在受到地震作用时，楼板与楼框架、楼板底部的第一连接件协同工作，可避免楼板开裂或第一连接件破坏，从而有效、合理、免损地将水平惯性力传递至自复位钢板剪力墙抗侧单元中。
Self-resetting steel plate shear wall building structure
一种自复位钢板剪力墙楼体结构
WANG XIANTIE (author) / XIE CHUANDONG (author) / JIA ZIHAN (author) / GUO YIWEI (author) / WANG HUICHENG (author) / LI BOFAN (author)
2020-10-23
Patent
Electronic Resource
Chinese
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