Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Lattice column and split column based on composite material pipe constraint bamboo reinforced concrete and manufacturing method of lattice column and split column
The invention relates to the technical field of engineering structures, in particular to a latticed column and a split column based on composite material pipe constraint bamboo reinforced concrete and a manufacturing method of the latticed column and the split column. The invention discloses a latticed column based on composite material pipe constraint bamboo reinforced concrete. The latticed column comprises a plurality of composite material pipe constraint bamboo reinforced concrete rods and lattice type connecting pieces, wherein column bodies of the composite material pipe constraint bamboo reinforced concrete rods are arranged in a central symmetry or axial symmetry mode; the composite material pipe restrained bamboo reinforcement concrete pole comprises a composite material pipe, self-compacting cement mortar and bamboo reinforcements, the bamboo reinforcements are inserted into the composite material pipe in the axial direction of the composite material pipe and evenly distributed in the circumferential direction, and the composite material pipe is filled with the self-compacting cement mortar; the number of the bamboo reinforced concrete rods restrained by the composite material pipes is 3-9; the composite material pipes are single-cavity composite material pipes, and the multiple composite material pipes restrain the bamboo reinforced concrete rods to be connected through lattice type connecting pieces and are assembled into a whole without making contact with one another. The outer diameter or the side length of the composite material pipe is 40mm-150mm, and the section content rate of the bamboo ribs is 10%-25%.
本发明涉及工程结构技术领域，具体涉及一种基于复材管约束竹筋混凝土的格构柱、分体柱及其制作方法。本发明的一种基于复材管约束竹筋混凝土的格构柱，包括柱体为中心对称或轴对称布置的多根复合材料管约束竹筋混凝土杆和格构式连接件；复合材料管约束竹筋混凝土杆包括复合材料管、自密实水泥砂浆和竹筋，竹筋沿复合材料管的轴向方向插入复合材料管内，并沿环向均匀分布，自密实水泥砂浆填充在复合材料管内；复合材料管约束竹筋混凝土杆的数量为3～9根；复合材料管为单腔复合材料管，多根复合材料管约束竹筋混凝土杆通过格构式连接件连接，并装配为一体且互不接触；复合材料管的外径或边长为40mm～150mm，竹筋的截面含量率为10％～25％。
Lattice column and split column based on composite material pipe constraint bamboo reinforced concrete and manufacturing method of lattice column and split column
The invention relates to the technical field of engineering structures, in particular to a latticed column and a split column based on composite material pipe constraint bamboo reinforced concrete and a manufacturing method of the latticed column and the split column. The invention discloses a latticed column based on composite material pipe constraint bamboo reinforced concrete. The latticed column comprises a plurality of composite material pipe constraint bamboo reinforced concrete rods and lattice type connecting pieces, wherein column bodies of the composite material pipe constraint bamboo reinforced concrete rods are arranged in a central symmetry or axial symmetry mode; the composite material pipe restrained bamboo reinforcement concrete pole comprises a composite material pipe, self-compacting cement mortar and bamboo reinforcements, the bamboo reinforcements are inserted into the composite material pipe in the axial direction of the composite material pipe and evenly distributed in the circumferential direction, and the composite material pipe is filled with the self-compacting cement mortar; the number of the bamboo reinforced concrete rods restrained by the composite material pipes is 3-9; the composite material pipes are single-cavity composite material pipes, and the multiple composite material pipes restrain the bamboo reinforced concrete rods to be connected through lattice type connecting pieces and are assembled into a whole without making contact with one another. The outer diameter or the side length of the composite material pipe is 40mm-150mm, and the section content rate of the bamboo ribs is 10%-25%.
本发明涉及工程结构技术领域，具体涉及一种基于复材管约束竹筋混凝土的格构柱、分体柱及其制作方法。本发明的一种基于复材管约束竹筋混凝土的格构柱，包括柱体为中心对称或轴对称布置的多根复合材料管约束竹筋混凝土杆和格构式连接件；复合材料管约束竹筋混凝土杆包括复合材料管、自密实水泥砂浆和竹筋，竹筋沿复合材料管的轴向方向插入复合材料管内，并沿环向均匀分布，自密实水泥砂浆填充在复合材料管内；复合材料管约束竹筋混凝土杆的数量为3～9根；复合材料管为单腔复合材料管，多根复合材料管约束竹筋混凝土杆通过格构式连接件连接，并装配为一体且互不接触；复合材料管的外径或边长为40mm～150mm，竹筋的截面含量率为10％～25％。
Lattice column and split column based on composite material pipe constraint bamboo reinforced concrete and manufacturing method of lattice column and split column
一种基于复材管约束竹筋混凝土的格构柱、分体柱及其制作方法
ZHOU JING (Autor:in) / ZHAO WEIFENG (Autor:in) / LIU SHUPING (Autor:in)
06.09.2024
Patent
Elektronische Ressource
Chinesisch
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