A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Steel connection prefabricated concrete frame structure and support-free construction method
The invention provides a steel connection prefabricated concrete frame structure and a support-free construction method, and aims to simplify construction procedures and improve the anti-seismic property of beam column joints. The structure comprises a column and a precast beam, the column can be a cast-in-place column or a precast column, and steel structure embedded parts are embedded in the top of the column along each side. I-shaped beam end section steel is arranged at the ends of the precast beams, lower flanges of the I-shaped beam end section steel are placed on the steel structure embedded parts of the columns, and the lower flanges and the upper flanges of the precast beams are connected through the connecting steel plates and the polygonal steel plates in a welded mode. The beam end profile steel is provided with stiffening ribs, and the stress requirement in the construction stage is met. According to the node structure, the precast beam can be installed without a temporary supporting frame or a supporting bracket. The construction method comprises the steps of hoisting the columns and the beams, welding the beam-column joints, installing stirrups in joint areas, sealing joint formworks, pouring concrete and the like. According to the fabricated beam-column joint, the structure and the construction process of the fabricated beam-column joint are greatly simplified, the construction difficulty and the engineering cost are reduced, and the fabricated beam-column joint has good anti-seismic performance and economical efficiency.
本发明提供了一种钢连接预制混凝土框架结构及免支撑施工方法，旨在简化施工工序并提高梁柱节点的抗震性能。该结构包括柱和预制梁，柱可采用现浇柱或预制柱，柱的顶部沿每边预埋钢结构埋件。预制梁端部设有工字型梁端型钢，其下翼缘搁置在柱的钢结构埋件上，且多个预制梁的下翼缘和上翼缘分别通过连接钢板和多边形钢板焊接连接。梁端型钢设有加劲肋，满足施工阶段受力需要。该节点构造不需设置临时支撑架或支撑牛腿即可实现预制梁的安装。施工方法包括吊装柱与梁、焊接梁柱节点、节点区箍筋安装、节点模板封闭并浇筑混凝土等步骤。本发明大幅简化了装配式梁柱节点的构造与施工流程，降低了施工难度和工程成本，且具有较好的抗震性能和经济性。
Steel connection prefabricated concrete frame structure and support-free construction method
The invention provides a steel connection prefabricated concrete frame structure and a support-free construction method, and aims to simplify construction procedures and improve the anti-seismic property of beam column joints. The structure comprises a column and a precast beam, the column can be a cast-in-place column or a precast column, and steel structure embedded parts are embedded in the top of the column along each side. I-shaped beam end section steel is arranged at the ends of the precast beams, lower flanges of the I-shaped beam end section steel are placed on the steel structure embedded parts of the columns, and the lower flanges and the upper flanges of the precast beams are connected through the connecting steel plates and the polygonal steel plates in a welded mode. The beam end profile steel is provided with stiffening ribs, and the stress requirement in the construction stage is met. According to the node structure, the precast beam can be installed without a temporary supporting frame or a supporting bracket. The construction method comprises the steps of hoisting the columns and the beams, welding the beam-column joints, installing stirrups in joint areas, sealing joint formworks, pouring concrete and the like. According to the fabricated beam-column joint, the structure and the construction process of the fabricated beam-column joint are greatly simplified, the construction difficulty and the engineering cost are reduced, and the fabricated beam-column joint has good anti-seismic performance and economical efficiency.
本发明提供了一种钢连接预制混凝土框架结构及免支撑施工方法，旨在简化施工工序并提高梁柱节点的抗震性能。该结构包括柱和预制梁，柱可采用现浇柱或预制柱，柱的顶部沿每边预埋钢结构埋件。预制梁端部设有工字型梁端型钢，其下翼缘搁置在柱的钢结构埋件上，且多个预制梁的下翼缘和上翼缘分别通过连接钢板和多边形钢板焊接连接。梁端型钢设有加劲肋，满足施工阶段受力需要。该节点构造不需设置临时支撑架或支撑牛腿即可实现预制梁的安装。施工方法包括吊装柱与梁、焊接梁柱节点、节点区箍筋安装、节点模板封闭并浇筑混凝土等步骤。本发明大幅简化了装配式梁柱节点的构造与施工流程，降低了施工难度和工程成本，且具有较好的抗震性能和经济性。
Steel connection prefabricated concrete frame structure and support-free construction method
一种钢连接预制混凝土框架结构及免支撑施工方法
TANG YI (author) / LIU LEI (author) / HUANG HAO (author) / CHEN ZHUANWEN (author) / ZHANG XINGJIE (author)
2024-12-31
Patent
Electronic Resource
Chinese
Prefabricated prestressed concrete frame structure connection joint construction method and joint
| European Patent Office | 2023
| European Patent Office | 2022
PREFABRICATED CONCRETE CONNECTION STRUCTURE AND CONSTRUCTION METHOD
| European Patent Office | 2024
Large-span prefabricated frame structure support-free structure and construction method
| European Patent Office | 2022