A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Stud connecting structure of prefabricated steel plate concrete wall and steel pipe concrete columns and construction method
The invention discloses a stud connecting structure of a prefabricated steel plate concrete wall and steel pipe concrete columns and a construction method. The stud connecting structure comprises thesteel plate concrete wall and the steel pipe concrete columns, each steel pipe concrete column comprises a steel pipe column body, first studs, first horizontal ribs and concrete, the concrete is poured in the steel pipe column body, the multiple first horizontal ribs and the multiple first studs are welded to one side of the steel pipe column body at intervals in the longitudinal direction, and the first studs are located between every two adjacent first horizontal ribs; the steel plate concrete wall comprises a steel plate frame, second studs, second horizontal ribs and concrete, the concrete is poured into the steel plate frame, the multiple second horizontal ribs and the multiple second studs are welded to the two sides of the steel plate frame at intervals in the longitudinal direction, and the second studs are located between every two corresponding adjacent second horizontal ribs; and the two steel pipe concrete columns are located on the two sides of the steel plate concrete wall, and the concrete is poured on the first studs, the first horizontal ribs, the second studs and the second horizontal ribs between the steel pipe concrete columns and the steel plate concrete wallto form cast-in-place belts.
本发明公开一种预制钢板砼墙和钢管砼柱的栓钉连接结构及施工方法，包括钢板砼墙和钢管砼柱；钢管砼柱包括钢管柱、第一栓钉、第一水平筋和混凝土，混凝土浇筑于钢管柱内，多个第一水平筋和多个第一栓钉分别沿纵向间隔焊接至钢管柱的一侧，第一栓钉位于相邻两个第一水平筋之间；钢板砼墙包括钢板框架、第二栓钉、第二水平筋和混凝土，混凝土浇筑于钢板框架内，多个第二水平筋和多个第二栓钉分别沿纵向间隔焊接至钢板框架的两侧，第二栓钉位于相邻两个第二水平筋之间；两个钢管砼柱分别位于钢板砼墙的两侧，钢管砼柱和钢板砼墙之间的第一栓钉、第一水平筋、第二栓钉和第二水平筋上浇筑混凝土形成现浇带。
Stud connecting structure of prefabricated steel plate concrete wall and steel pipe concrete columns and construction method
The invention discloses a stud connecting structure of a prefabricated steel plate concrete wall and steel pipe concrete columns and a construction method. The stud connecting structure comprises thesteel plate concrete wall and the steel pipe concrete columns, each steel pipe concrete column comprises a steel pipe column body, first studs, first horizontal ribs and concrete, the concrete is poured in the steel pipe column body, the multiple first horizontal ribs and the multiple first studs are welded to one side of the steel pipe column body at intervals in the longitudinal direction, and the first studs are located between every two adjacent first horizontal ribs; the steel plate concrete wall comprises a steel plate frame, second studs, second horizontal ribs and concrete, the concrete is poured into the steel plate frame, the multiple second horizontal ribs and the multiple second studs are welded to the two sides of the steel plate frame at intervals in the longitudinal direction, and the second studs are located between every two corresponding adjacent second horizontal ribs; and the two steel pipe concrete columns are located on the two sides of the steel plate concrete wall, and the concrete is poured on the first studs, the first horizontal ribs, the second studs and the second horizontal ribs between the steel pipe concrete columns and the steel plate concrete wallto form cast-in-place belts.
本发明公开一种预制钢板砼墙和钢管砼柱的栓钉连接结构及施工方法，包括钢板砼墙和钢管砼柱；钢管砼柱包括钢管柱、第一栓钉、第一水平筋和混凝土，混凝土浇筑于钢管柱内，多个第一水平筋和多个第一栓钉分别沿纵向间隔焊接至钢管柱的一侧，第一栓钉位于相邻两个第一水平筋之间；钢板砼墙包括钢板框架、第二栓钉、第二水平筋和混凝土，混凝土浇筑于钢板框架内，多个第二水平筋和多个第二栓钉分别沿纵向间隔焊接至钢板框架的两侧，第二栓钉位于相邻两个第二水平筋之间；两个钢管砼柱分别位于钢板砼墙的两侧，钢管砼柱和钢板砼墙之间的第一栓钉、第一水平筋、第二栓钉和第二水平筋上浇筑混凝土形成现浇带。
Stud connecting structure of prefabricated steel plate concrete wall and steel pipe concrete columns and construction method
一种预制钢板砼墙和钢管砼柱的栓钉连接结构及施工方法
ZUO ZHILIANG (author) / LUO JINTIAN (author) / LI PENGYUAN (author) / ZHU DONGFENG (author) / ZHANG WEISHENG (author) / CAI JIAN (author) / JIANG XINGLIAN (author) / CHEN QINGJUN (author) / HUANG XIAOFANG (author) / JIANG ZHENGRONG (author)
2021-02-19
Patent
Electronic Resource
Chinese
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