Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Super-large-span steel structure spherical dome structure and hoisting construction method thereof
The invention belongs to the technical field of building construction, and particularly discloses an ultra-large-span steel structure spherical dome structure which comprises warp-direction main steel beams and multiple layers of weft-direction main steel beams, the warp-direction main steel beams comprise first main steel beams, second main steel beams and multiple sets of auxiliary steel beams, and the first main steel beams and the second main steel beams are fixed in a crossed mode; the multiple sets of auxiliary steel beams are distributed in the area between the first main steel beam and the second main steel beam in the circumferential direction at intervals and connected with the first main steel beam and the second main steel beam into a whole, and the multiple layers of weft-direction main steel beams are distributed in the length direction of the warp-direction main steel beam at intervals. The latitudinal main steel beams are used for annularly connecting the first main steel beam, the second main steel beam and the multiple sets of auxiliary steel beams. The hoisting construction method of the super-large-span steel structure spherical dome structure comprises the steps that S1, the cross-shaped longitudinal main steel beams are installed; s2, mounting an auxiliary steel beam; and S3, installing the latitudinal main steel beams. The connecting reliability and the construction efficiency of the dome structure can be improved.
本发明属于建筑施工技术领域，具体公开了超大跨度钢结构球形穹顶结构，包括经向主钢梁和多层纬向主钢梁，所述经向主钢梁包括第一主钢梁、第二主钢梁和多组副钢梁，所述第一主钢梁和第二主钢梁呈十字型交叉固定，多组所述副钢梁周向间隔分布在所述第一主钢梁和第二主钢梁之间的区域内且与所述第一主钢梁和第二主钢梁连接成一体，多层所述纬向主钢梁沿经向主钢梁的长度方向间隔分布，所述纬向主钢梁用于环向连接第一主钢梁、第二主钢梁和多组副钢梁。超大跨度钢结构球形穹顶结构的吊装施工方法，S1，安装十字经向主钢梁；S2，安装副钢梁；S3，安装纬向主钢梁。本发明能够提高穹顶结构的连接可靠性和施工效率。
Super-large-span steel structure spherical dome structure and hoisting construction method thereof
The invention belongs to the technical field of building construction, and particularly discloses an ultra-large-span steel structure spherical dome structure which comprises warp-direction main steel beams and multiple layers of weft-direction main steel beams, the warp-direction main steel beams comprise first main steel beams, second main steel beams and multiple sets of auxiliary steel beams, and the first main steel beams and the second main steel beams are fixed in a crossed mode; the multiple sets of auxiliary steel beams are distributed in the area between the first main steel beam and the second main steel beam in the circumferential direction at intervals and connected with the first main steel beam and the second main steel beam into a whole, and the multiple layers of weft-direction main steel beams are distributed in the length direction of the warp-direction main steel beam at intervals. The latitudinal main steel beams are used for annularly connecting the first main steel beam, the second main steel beam and the multiple sets of auxiliary steel beams. The hoisting construction method of the super-large-span steel structure spherical dome structure comprises the steps that S1, the cross-shaped longitudinal main steel beams are installed; s2, mounting an auxiliary steel beam; and S3, installing the latitudinal main steel beams. The connecting reliability and the construction efficiency of the dome structure can be improved.
本发明属于建筑施工技术领域，具体公开了超大跨度钢结构球形穹顶结构，包括经向主钢梁和多层纬向主钢梁，所述经向主钢梁包括第一主钢梁、第二主钢梁和多组副钢梁，所述第一主钢梁和第二主钢梁呈十字型交叉固定，多组所述副钢梁周向间隔分布在所述第一主钢梁和第二主钢梁之间的区域内且与所述第一主钢梁和第二主钢梁连接成一体，多层所述纬向主钢梁沿经向主钢梁的长度方向间隔分布，所述纬向主钢梁用于环向连接第一主钢梁、第二主钢梁和多组副钢梁。超大跨度钢结构球形穹顶结构的吊装施工方法，S1，安装十字经向主钢梁；S2，安装副钢梁；S3，安装纬向主钢梁。本发明能够提高穹顶结构的连接可靠性和施工效率。
Super-large-span steel structure spherical dome structure and hoisting construction method thereof
超大跨度钢结构球形穹顶结构及其吊装施工方法
BAI YUANTAO (Autor:in) / DUAN JUN (Autor:in) / YAN AN (Autor:in) / ZHANG GUANGJIAN (Autor:in) / HOU LIPING (Autor:in) / CHENG JING (Autor:in) / YAN GUANG (Autor:in) / ZHANG YUYAO (Autor:in)
06.08.2024
Patent
Elektronische Ressource
Chinesisch
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