A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fabricated building beam plate node mortise and tenon joint structure connecting method
The invention discloses a fabricated building beam-slab node tenon-and-mortise structure connecting method, which comprises a plurality of precast beams, a plurality of precast slabs and a plurality of bearing columns, the bearing columns are arranged in corresponding mounting grooves in the bottom sides of the corresponding precast beams in a penetrating manner, and the cross sections of the precast slabs are T-shaped. According to the improved fabricated building beam and slab node mortise and tenon structure connecting method, after the prefabricated beams and the prefabricated slabs are built, concrete is injected into the multiple prefabricated slabs, the multiple prefabricated beams and the inner wall of the cross-shaped hole, and when gaps between the multiple prefabricated slabs and the multiple prefabricated beams are closed, the concrete is poured into the cross-shaped hole; the prefabricated plates and the bearing beams are connected in a reinforcing mode, connection between the prefabricated plates and connection between the prefabricated plates and the bearing beams are reinforced, connection and fixation between the prefabricated beams and the bearing columns are synchronously completed, the prefabricated plates and the prefabricated beams are connected through tenon-and-mortise structures and concrete, and the prefabricated plates and the prefabricated beams are connected into a whole. And the connection strength between the floor slab and the beam is high.
本发明公开了一种装配式建筑梁板节点榫卯结构连接方法，包括若干预制梁、若干预制板和若干承重柱，所述承重柱穿设于对应预制梁底侧的对应安装槽内，所述预制板横截面的形状为T字形设置。该改进型装配式建筑梁板节点榫卯结构连接方法，在预制梁和预制板的搭建完成后，向若干预制板、若干预制梁和十字孔内壁之间注入混凝土，在封闭若干预制板与若干预制梁之间缝隙的同时，对若干预制板之间和预制板和承重梁之间连接进行加固操作，并同步完成预制梁与承重柱之间的连接固定，通过榫卯结构和混凝土进行若干预制板与若干预制梁之间的连接，将若干预制板与若干预制梁连接成一个整体，楼板与梁之间的连接强度强。
Fabricated building beam plate node mortise and tenon joint structure connecting method
The invention discloses a fabricated building beam-slab node tenon-and-mortise structure connecting method, which comprises a plurality of precast beams, a plurality of precast slabs and a plurality of bearing columns, the bearing columns are arranged in corresponding mounting grooves in the bottom sides of the corresponding precast beams in a penetrating manner, and the cross sections of the precast slabs are T-shaped. According to the improved fabricated building beam and slab node mortise and tenon structure connecting method, after the prefabricated beams and the prefabricated slabs are built, concrete is injected into the multiple prefabricated slabs, the multiple prefabricated beams and the inner wall of the cross-shaped hole, and when gaps between the multiple prefabricated slabs and the multiple prefabricated beams are closed, the concrete is poured into the cross-shaped hole; the prefabricated plates and the bearing beams are connected in a reinforcing mode, connection between the prefabricated plates and connection between the prefabricated plates and the bearing beams are reinforced, connection and fixation between the prefabricated beams and the bearing columns are synchronously completed, the prefabricated plates and the prefabricated beams are connected through tenon-and-mortise structures and concrete, and the prefabricated plates and the prefabricated beams are connected into a whole. And the connection strength between the floor slab and the beam is high.
本发明公开了一种装配式建筑梁板节点榫卯结构连接方法，包括若干预制梁、若干预制板和若干承重柱，所述承重柱穿设于对应预制梁底侧的对应安装槽内，所述预制板横截面的形状为T字形设置。该改进型装配式建筑梁板节点榫卯结构连接方法，在预制梁和预制板的搭建完成后，向若干预制板、若干预制梁和十字孔内壁之间注入混凝土，在封闭若干预制板与若干预制梁之间缝隙的同时，对若干预制板之间和预制板和承重梁之间连接进行加固操作，并同步完成预制梁与承重柱之间的连接固定，通过榫卯结构和混凝土进行若干预制板与若干预制梁之间的连接，将若干预制板与若干预制梁连接成一个整体，楼板与梁之间的连接强度强。
Fabricated building beam plate node mortise and tenon joint structure connecting method
一种装配式建筑梁板节点榫卯结构连接方法
LIU XIANKANG (author) / ZHU CHUANGGUO (author) / WANG PING (author)
2024-03-15
Patent
Electronic Resource
Chinese
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