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A platform for research: civil engineering, architecture and urbanism
Cable-supported aluminum-bamboo combined reticulated shell node structure and method
The invention relates to the technical field of constructional engineering, and discloses a cable-supported aluminum-bamboo combined reticulated shell node structure and method, and the cable-supported aluminum-bamboo combined reticulated shell node structure comprises an aluminum alloy node plate, a sleeve assembly, an inhaul cable assembly and a bamboo round pipe; the aluminum alloy gusset plate forms a containing space in the annular direction, and one end of each sleeve assembly is fixed to the containing space. The other ends of the sleeve assemblies are matched with the ends of the bamboo round pipes in an inserted mode and fixedly connected through fixing pieces, the two ends of the multiple inhaul cable assemblies are used for being fixed to the containing spaces of different aluminum alloy gusset plates, and the inhaul cable assemblies and the sleeve assemblies are arranged in a staggered mode; the aluminum-bamboo combined latticed shell node structure takes bamboo materials as components, has the characteristic of light weight, and can greatly reduce the carbon emission in the production process compared with a steel component of a common latticed shell; in addition, the different aluminum alloy gusset plates are connected through the inhaul cables, the inhaul cables can improve the rigidity of the latticed shell node structure to a large extent while the mass is small, the force transmission reliability of complex space node connection is guaranteed, and then the overall rigidity of the latticed shell is improved.
本发明涉及建筑工程技术领域，公开了一种索支撑铝竹组合网壳节点结构及方法，包括铝合金节点板、套筒组件、拉索组件和竹制圆管；铝合金节点板沿环向形成容纳空间，若干套筒组件的一端固定在容纳空间；套筒组件另一端与竹制圆管端部插接配合并通过固定件固定连接，若干拉索组件两端用于固定在不同铝合金节点板的容纳空间处，拉索组件与套筒组件交错设置；铝竹组合网壳节点结构以竹制材料作为构件，具有轻量化的特点，相比常见网壳的钢构件能极大减少生产过程中的碳排放量；另外通过拉索连接不同的铝合金节点板，拉索仅提高较小质量的同时可较大程度的提高网壳节点结构的刚度，保证了复杂空间节点连接的传力可靠性，进而提升网壳整体刚度。
Cable-supported aluminum-bamboo combined reticulated shell node structure and method
The invention relates to the technical field of constructional engineering, and discloses a cable-supported aluminum-bamboo combined reticulated shell node structure and method, and the cable-supported aluminum-bamboo combined reticulated shell node structure comprises an aluminum alloy node plate, a sleeve assembly, an inhaul cable assembly and a bamboo round pipe; the aluminum alloy gusset plate forms a containing space in the annular direction, and one end of each sleeve assembly is fixed to the containing space. The other ends of the sleeve assemblies are matched with the ends of the bamboo round pipes in an inserted mode and fixedly connected through fixing pieces, the two ends of the multiple inhaul cable assemblies are used for being fixed to the containing spaces of different aluminum alloy gusset plates, and the inhaul cable assemblies and the sleeve assemblies are arranged in a staggered mode; the aluminum-bamboo combined latticed shell node structure takes bamboo materials as components, has the characteristic of light weight, and can greatly reduce the carbon emission in the production process compared with a steel component of a common latticed shell; in addition, the different aluminum alloy gusset plates are connected through the inhaul cables, the inhaul cables can improve the rigidity of the latticed shell node structure to a large extent while the mass is small, the force transmission reliability of complex space node connection is guaranteed, and then the overall rigidity of the latticed shell is improved.
本发明涉及建筑工程技术领域，公开了一种索支撑铝竹组合网壳节点结构及方法，包括铝合金节点板、套筒组件、拉索组件和竹制圆管；铝合金节点板沿环向形成容纳空间，若干套筒组件的一端固定在容纳空间；套筒组件另一端与竹制圆管端部插接配合并通过固定件固定连接，若干拉索组件两端用于固定在不同铝合金节点板的容纳空间处，拉索组件与套筒组件交错设置；铝竹组合网壳节点结构以竹制材料作为构件，具有轻量化的特点，相比常见网壳的钢构件能极大减少生产过程中的碳排放量；另外通过拉索连接不同的铝合金节点板，拉索仅提高较小质量的同时可较大程度的提高网壳节点结构的刚度，保证了复杂空间节点连接的传力可靠性，进而提升网壳整体刚度。
Cable-supported aluminum-bamboo combined reticulated shell node structure and method
一种索支撑铝竹组合网壳节点结构及方法
ZHAO SHUAI (author) / WANG HAO (author) / BAO LIXIN (author) / CHAI GUOXIN (author) / ZHOU LU (author) / ZHOU XIAOHAN (author)
2024-08-02
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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