A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Shock insulation support connecting structure between upper steel structure and lower steel structure and connecting method
The invention provides a shock insulation support connecting structure between an upper layer steel structure and a lower layer steel structure and a connecting method, the connecting structure comprises a shock insulation support and a lower seat plate, the lower seat plate is placed and welded on the upper surface of a truss upper chord steel beam of the lower layer steel structure, and the bottom end of the shock insulation support is connected with the lower seat plate through a high-strength bolt; the top end of the shock insulation support is connected with a truss lower chord steel beam of the upper-layer steel structure through a high-strength bolt. According to the shock insulation support connecting structure, the upper layer steel structure and the lower layer steel structure can be effectively adjusted and connected, the performance of the shock insulation support is fully played, the effects of energy dissipation and shock absorption are achieved, and meanwhile the robustness of the anti-seismic joint can be guaranteed. According to the connecting method, layered construction is conducted from bottom to top, the connecting method is simple and efficient in connection, orderliness of hoisting construction can be guaranteed, and the connected building structure is stable. The shock insulation support connecting structure is produced and constructed on the basis of the structural anti-seismic mechanical design principle, the connecting convenience and economical efficiency are improved, and meanwhile the construction quality and reliability are guaranteed.
本发明提供了一种上下层钢结构间的隔震支座连接结构及连接方法，该连接结构包括隔震支座和下座板，下座板搁置并焊接于下层钢结构的桁架上弦钢梁的上表面，隔震支座的底端通过高强螺栓与下座板连接；隔震支座的顶端通过高强螺栓与上层钢结构的桁架下弦钢梁连接。本发明的隔震支座连接结构能够有效调节连接上下层钢结构，充分发挥隔震支座性能，起到消能减震的作用，同时还能够保证该抗震节点的鲁棒性。本发明的连接方法自下而上分层施工，连接方法连接简单且高效，能够保证吊装施工的有序性，以及连接后的建筑结构稳定。本发明的隔震支座连接结构基于结构抗震力学设计原理进行生产和施工，提高了连接的便捷性和经济性，同时保证了施工的质量和可靠性。
Shock insulation support connecting structure between upper steel structure and lower steel structure and connecting method
The invention provides a shock insulation support connecting structure between an upper layer steel structure and a lower layer steel structure and a connecting method, the connecting structure comprises a shock insulation support and a lower seat plate, the lower seat plate is placed and welded on the upper surface of a truss upper chord steel beam of the lower layer steel structure, and the bottom end of the shock insulation support is connected with the lower seat plate through a high-strength bolt; the top end of the shock insulation support is connected with a truss lower chord steel beam of the upper-layer steel structure through a high-strength bolt. According to the shock insulation support connecting structure, the upper layer steel structure and the lower layer steel structure can be effectively adjusted and connected, the performance of the shock insulation support is fully played, the effects of energy dissipation and shock absorption are achieved, and meanwhile the robustness of the anti-seismic joint can be guaranteed. According to the connecting method, layered construction is conducted from bottom to top, the connecting method is simple and efficient in connection, orderliness of hoisting construction can be guaranteed, and the connected building structure is stable. The shock insulation support connecting structure is produced and constructed on the basis of the structural anti-seismic mechanical design principle, the connecting convenience and economical efficiency are improved, and meanwhile the construction quality and reliability are guaranteed.
本发明提供了一种上下层钢结构间的隔震支座连接结构及连接方法，该连接结构包括隔震支座和下座板，下座板搁置并焊接于下层钢结构的桁架上弦钢梁的上表面，隔震支座的底端通过高强螺栓与下座板连接；隔震支座的顶端通过高强螺栓与上层钢结构的桁架下弦钢梁连接。本发明的隔震支座连接结构能够有效调节连接上下层钢结构，充分发挥隔震支座性能，起到消能减震的作用，同时还能够保证该抗震节点的鲁棒性。本发明的连接方法自下而上分层施工，连接方法连接简单且高效，能够保证吊装施工的有序性，以及连接后的建筑结构稳定。本发明的隔震支座连接结构基于结构抗震力学设计原理进行生产和施工，提高了连接的便捷性和经济性，同时保证了施工的质量和可靠性。
Shock insulation support connecting structure between upper steel structure and lower steel structure and connecting method
一种上下层钢结构间的隔震支座连接结构及连接方法
YANG KAIDI (author) / XU ZHENGYU (author) / CHEN BO (author) / HUANG SHANCHENG (author) / YANG LIANGDONG (author) / CUI SHUANGFEI (author) / WU LIJIA (author) / GAO LEI (author) / XIAO ZHEN (author) / WU HAIPING (author)
2024-01-26
Patent
Electronic Resource
Chinese
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