Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Fabricated composite frame beam-column joint based on bamboo fiber pipe concrete column
The invention discloses an assembly type combined frame beam-column joint based on a bamboo fiber pipe concrete column. The assembly type combined frame beam-column joint comprises the bamboo fiber pipe concrete column and an engineering bamboo beam. During on-site assembly, the engineering bamboo beam is placed in the opening position of the bamboo fiber pipe, the outer reinforcing ring is respectively glued with the bamboo fiber pipe and the engineering bamboo beam and is connected with the beam through bolts or screws, and finally concrete pouring and structure forming in the pipe are carried out. Prefabricated parts forming the novel beam-column joint are light in weight and convenient to transport and hoist, only a small number of brackets need to be arranged in field assembly, formworks and decoration component exterior facing do not need to be erected, the construction speed is high, and efficiency is high. Load borne by the engineering bamboo wood beam is directly transmitted to the concrete in the pipe and the bamboo fiber pipe through the beam end and the outer reinforcing ring, the force transmission path of a beam column joint is optimized, the design of small section and high bearing of a component is achieved, the yield of a beam end bolt or screw can be plastically hinged outwards, and the energy dissipation capacity is high. The node is suitable for urban and rural construction in bamboo areas and adjacent areas, and can be popularized and applied on a large scale.
本发明公开了一种基于竹纤维管混凝土柱的装配式组合框架梁柱节点，所述的装配式组合框架梁柱节点包括竹纤维管混凝土柱和工程竹材梁；现场拼装时，将工程竹材梁放置入竹纤维管开洞处，外加强环分别与竹纤维管和工程竹材梁胶结，并通过螺栓或螺钉与梁连接，最终进行管内混凝土浇筑，结构成型。本发明组成新型梁柱节点的预制构件质量轻，方便运输、吊装，现场装配仅需设置少量托架，无需搭设模板及装修构件外饰面，施工速度快、效率高。所述工程竹材梁承受荷载直接通过梁端与外加强环分别传给管内混凝土和竹纤维管，优化梁柱节点传力路径，实现构件小截面、高承载的设计，梁端螺栓或螺钉的屈服可外移塑性铰，耗能能力强。该节点适合竹区及邻近区域城乡建设，可规模化推广应用。
Fabricated composite frame beam-column joint based on bamboo fiber pipe concrete column
The invention discloses an assembly type combined frame beam-column joint based on a bamboo fiber pipe concrete column. The assembly type combined frame beam-column joint comprises the bamboo fiber pipe concrete column and an engineering bamboo beam. During on-site assembly, the engineering bamboo beam is placed in the opening position of the bamboo fiber pipe, the outer reinforcing ring is respectively glued with the bamboo fiber pipe and the engineering bamboo beam and is connected with the beam through bolts or screws, and finally concrete pouring and structure forming in the pipe are carried out. Prefabricated parts forming the novel beam-column joint are light in weight and convenient to transport and hoist, only a small number of brackets need to be arranged in field assembly, formworks and decoration component exterior facing do not need to be erected, the construction speed is high, and efficiency is high. Load borne by the engineering bamboo wood beam is directly transmitted to the concrete in the pipe and the bamboo fiber pipe through the beam end and the outer reinforcing ring, the force transmission path of a beam column joint is optimized, the design of small section and high bearing of a component is achieved, the yield of a beam end bolt or screw can be plastically hinged outwards, and the energy dissipation capacity is high. The node is suitable for urban and rural construction in bamboo areas and adjacent areas, and can be popularized and applied on a large scale.
本发明公开了一种基于竹纤维管混凝土柱的装配式组合框架梁柱节点，所述的装配式组合框架梁柱节点包括竹纤维管混凝土柱和工程竹材梁；现场拼装时，将工程竹材梁放置入竹纤维管开洞处，外加强环分别与竹纤维管和工程竹材梁胶结，并通过螺栓或螺钉与梁连接，最终进行管内混凝土浇筑，结构成型。本发明组成新型梁柱节点的预制构件质量轻，方便运输、吊装，现场装配仅需设置少量托架，无需搭设模板及装修构件外饰面，施工速度快、效率高。所述工程竹材梁承受荷载直接通过梁端与外加强环分别传给管内混凝土和竹纤维管，优化梁柱节点传力路径，实现构件小截面、高承载的设计，梁端螺栓或螺钉的屈服可外移塑性铰，耗能能力强。该节点适合竹区及邻近区域城乡建设，可规模化推广应用。
Fabricated composite frame beam-column joint based on bamboo fiber pipe concrete column
一种基于竹纤维管混凝土柱的装配式组合框架梁柱节点
LIN YU (Autor:in) / WANG YIFEI (Autor:in) / WEI YANG (Autor:in) / DING MINGMIN (Autor:in)
14.07.2023
Patent
Elektronische Ressource
Chinesisch
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