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A platform for research: civil engineering, architecture and urbanism
High-strength building structure connecting joint
The high-strength building structure connecting joint comprises an upper flange reinforcing assembly and a lower flange reinforcing assembly, the upper flange reinforcing assembly is installed on the upper side of main beam steel, and the lower flange reinforcing assembly is installed on the lower side of the main beam steel; meanwhile, the left side of the main beam steel is fixedly connected with the first secondary beam steel through the fixed connection assembly, the upper flange reinforcing assembly and the lower flange reinforcing assembly, and the right side of the main beam steel is fixedly connected with the second secondary beam steel through the fixed connection assembly, the upper flange reinforcing assembly and the lower flange reinforcing assembly. The high-strength building structure is connected with joints. After the main beam steel and the secondary beam steel are fixedly connected through the fixed connection assembly, the upper flange reinforcing assembly and the lower flange reinforcing assembly, a rigid joint capable of effectively transmitting bending moment is formed, and the steel structure joint can be effectively transmitted when being subjected to tension and pressure stress, so that the main beam is not prone to bending deformation; and the dangerousness of the steel structure factory building during load-bearing work is reduced.
本发明公开了一种高强度建筑结构连接节点，包括上翼缘加固组件和下翼缘加固组件，所述上翼缘加固组件安装在主梁钢的上侧，且主梁钢的下侧安装下翼缘加固组件，同时主梁钢的左侧与第一次梁钢之间通过固接组件、上翼缘加固组件和下翼缘加固组件进行固定连接，并且主梁钢的右侧与第二次梁钢之间通过固接组件、上翼缘加固组件和下翼缘加固组件进行固定连接。该高强度建筑结构连接节点；通过固接组件、上翼缘加固组件和下翼缘加固组件将主梁钢和次梁钢进行固定连接后形成可进行有效传递弯矩的刚性节点，钢构节点在受拉、压应力可进行有效的传递，使得主梁不易发生弯曲变形，降低钢结构厂房在承重工作时候的危险性。
High-strength building structure connecting joint
The high-strength building structure connecting joint comprises an upper flange reinforcing assembly and a lower flange reinforcing assembly, the upper flange reinforcing assembly is installed on the upper side of main beam steel, and the lower flange reinforcing assembly is installed on the lower side of the main beam steel; meanwhile, the left side of the main beam steel is fixedly connected with the first secondary beam steel through the fixed connection assembly, the upper flange reinforcing assembly and the lower flange reinforcing assembly, and the right side of the main beam steel is fixedly connected with the second secondary beam steel through the fixed connection assembly, the upper flange reinforcing assembly and the lower flange reinforcing assembly. The high-strength building structure is connected with joints. After the main beam steel and the secondary beam steel are fixedly connected through the fixed connection assembly, the upper flange reinforcing assembly and the lower flange reinforcing assembly, a rigid joint capable of effectively transmitting bending moment is formed, and the steel structure joint can be effectively transmitted when being subjected to tension and pressure stress, so that the main beam is not prone to bending deformation; and the dangerousness of the steel structure factory building during load-bearing work is reduced.
本发明公开了一种高强度建筑结构连接节点，包括上翼缘加固组件和下翼缘加固组件，所述上翼缘加固组件安装在主梁钢的上侧，且主梁钢的下侧安装下翼缘加固组件，同时主梁钢的左侧与第一次梁钢之间通过固接组件、上翼缘加固组件和下翼缘加固组件进行固定连接，并且主梁钢的右侧与第二次梁钢之间通过固接组件、上翼缘加固组件和下翼缘加固组件进行固定连接。该高强度建筑结构连接节点；通过固接组件、上翼缘加固组件和下翼缘加固组件将主梁钢和次梁钢进行固定连接后形成可进行有效传递弯矩的刚性节点，钢构节点在受拉、压应力可进行有效的传递，使得主梁不易发生弯曲变形，降低钢结构厂房在承重工作时候的危险性。
High-strength building structure connecting joint
一种高强度建筑结构连接节点
LI YAWEI (author) / MA LICHAO (author) / WANG LEIFEI (author) / GUO ZHENKUN (author) / MENG FANGLI (author) / SHI JIANWEI (author)
2024-02-09
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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