Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Concrete latticed column supporting structure and construction method
The invention discloses a concrete latticed column supporting structure and a construction method. The concrete latticed column supporting structure comprises a left latticed column assembly, a right latticed column assembly and a connecting rod assembly connected between the left latticed column assembly and the right latticed column assembly. The left latticed column assembly and the right latticed column assembly are the same in structure, the right latticed column assembly comprises an outer side supporting column, an inner side supporting column and a corrugated steel plate connected between the outer side supporting column and the inner side supporting column, and the corrugated steel plate, the inner side supporting column and the outer side supporting column are connected to form a corrugated plate cavity. According to the latticed column supporting structure in the technical scheme, the supporting column cavities and the corrugated plate cavities are filled with the concrete, the bearing capacity and lateral stiffness of the latticed column supporting structure are greatly improved, the transverse connecting rods and the inclined connecting rods are used in cooperation between the supporting columns, and the structural performance of the latticed column is further improved. The materials are site construction materials, material taking is convenient, construction is rapid, and rapid construction and use are facilitated.
本发明公开了一种混凝土格构柱支撑构造及施工方法，包括左格构柱组件、右格构柱组件以及连接于左格构柱组件和右格构柱组件之间的连接杆组件；所述左格构柱组件和右格构柱组件结构相同，所述右格构柱组件包括外侧支柱、内侧支柱以及连接于外侧支柱和内侧支柱之间的波纹钢板，所述波纹钢板和内侧支柱以及外侧支柱连接后形成波纹板腔体；本技术方案的格构柱支撑构造，在支柱腔体和波纹板腔体内均灌装混凝土，其承载能力和抗侧刚度得到极大提升，支柱之间采用横向连杆和斜向连杆配合使用，进一步提升了格构柱的结构性能，本技术方案的施工方法，材料采用现场施工材料，取材方便，施工快捷，便于快速施工使用。
Concrete latticed column supporting structure and construction method
The invention discloses a concrete latticed column supporting structure and a construction method. The concrete latticed column supporting structure comprises a left latticed column assembly, a right latticed column assembly and a connecting rod assembly connected between the left latticed column assembly and the right latticed column assembly. The left latticed column assembly and the right latticed column assembly are the same in structure, the right latticed column assembly comprises an outer side supporting column, an inner side supporting column and a corrugated steel plate connected between the outer side supporting column and the inner side supporting column, and the corrugated steel plate, the inner side supporting column and the outer side supporting column are connected to form a corrugated plate cavity. According to the latticed column supporting structure in the technical scheme, the supporting column cavities and the corrugated plate cavities are filled with the concrete, the bearing capacity and lateral stiffness of the latticed column supporting structure are greatly improved, the transverse connecting rods and the inclined connecting rods are used in cooperation between the supporting columns, and the structural performance of the latticed column is further improved. The materials are site construction materials, material taking is convenient, construction is rapid, and rapid construction and use are facilitated.
本发明公开了一种混凝土格构柱支撑构造及施工方法，包括左格构柱组件、右格构柱组件以及连接于左格构柱组件和右格构柱组件之间的连接杆组件；所述左格构柱组件和右格构柱组件结构相同，所述右格构柱组件包括外侧支柱、内侧支柱以及连接于外侧支柱和内侧支柱之间的波纹钢板，所述波纹钢板和内侧支柱以及外侧支柱连接后形成波纹板腔体；本技术方案的格构柱支撑构造，在支柱腔体和波纹板腔体内均灌装混凝土，其承载能力和抗侧刚度得到极大提升，支柱之间采用横向连杆和斜向连杆配合使用，进一步提升了格构柱的结构性能，本技术方案的施工方法，材料采用现场施工材料，取材方便，施工快捷，便于快速施工使用。
Concrete latticed column supporting structure and construction method
混凝土格构柱支撑构造及施工方法
ZHAO XUAN (Autor:in) / CHEN XIAOBO (Autor:in) / HU ZHAOHUI (Autor:in) / NIE YING (Autor:in) / TANG QI (Autor:in)
16.08.2024
Patent
Elektronische Ressource
Chinesisch
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