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A platform for research: civil engineering, architecture and urbanism
Steel shell concrete combined cable bent tower structure
The invention provides a steel shell and concrete combined cable bent tower structure. The steel shell and concrete combined cable bent tower structure is characterized in that concrete is filled between an inner side stiffening wall plate and an outer side stiffening wall plate of a steel shell; the plurality of vertical stiffening ribs are arranged along the periphery of the steel shell; the transverse stiffening ribs are arranged in the height direction of the steel shell. The multiple truss pieces are arranged between the inner side stiffening wall plate and the outer side stiffening wall plate, parts of the multiple truss pieces are connected with the vertical stiffening ribs, and the remaining parts of the multiple truss pieces are connected with the transverse stiffening ribs located at the top end and the bottom end of the steel shell. The horizontal tie bars are arranged between the inner side stiffening wall plate and the outer side stiffening wall plate, parts of the horizontal tie bars are connected with the vertical stiffening ribs, and the remaining parts of the horizontal tie bars are connected with the transverse stiffening ribs. According to the steel shell and concrete combined cable bent tower structure, vertical steel bars and transverse steel bars are not arranged in the steel shell any more, the workload of manufacturing and installing the steel bars is reduced, the manufacturing difficulty of the steel shell and concrete combined cable bent tower is reduced, and the production efficiency of the steel shell and concrete combined cable bent tower is improved.
本发明提供一种钢壳混凝土组合索塔结构，包括：钢壳的内侧加劲壁板与外侧加劲壁板之间填充有混凝土；多个竖向加劲肋沿钢壳的周边设置；多个横向加劲肋沿钢壳的高度方向设置；多个桁片设置在内侧加劲壁板与外侧加劲壁板之间，多个桁片中的部分与竖向加劲肋连接，剩余部分与位于钢壳顶端和底端的横向加劲肋连接；多个水平拉筋设置在内侧加劲壁板与外侧加劲壁板之间，多个水平拉筋中的部分与竖向加劲肋连接，剩余部分与横向加劲肋连接。本发明提供的钢壳混凝土组合索塔结构，钢壳内部不再设置竖向钢筋和横向钢筋，减少了钢筋制作及安装的工作量，减小了钢壳混凝土组合索塔的制造难度，提高了钢壳混凝土组合索塔的生产效率。
Steel shell concrete combined cable bent tower structure
The invention provides a steel shell and concrete combined cable bent tower structure. The steel shell and concrete combined cable bent tower structure is characterized in that concrete is filled between an inner side stiffening wall plate and an outer side stiffening wall plate of a steel shell; the plurality of vertical stiffening ribs are arranged along the periphery of the steel shell; the transverse stiffening ribs are arranged in the height direction of the steel shell. The multiple truss pieces are arranged between the inner side stiffening wall plate and the outer side stiffening wall plate, parts of the multiple truss pieces are connected with the vertical stiffening ribs, and the remaining parts of the multiple truss pieces are connected with the transverse stiffening ribs located at the top end and the bottom end of the steel shell. The horizontal tie bars are arranged between the inner side stiffening wall plate and the outer side stiffening wall plate, parts of the horizontal tie bars are connected with the vertical stiffening ribs, and the remaining parts of the horizontal tie bars are connected with the transverse stiffening ribs. According to the steel shell and concrete combined cable bent tower structure, vertical steel bars and transverse steel bars are not arranged in the steel shell any more, the workload of manufacturing and installing the steel bars is reduced, the manufacturing difficulty of the steel shell and concrete combined cable bent tower is reduced, and the production efficiency of the steel shell and concrete combined cable bent tower is improved.
本发明提供一种钢壳混凝土组合索塔结构，包括：钢壳的内侧加劲壁板与外侧加劲壁板之间填充有混凝土；多个竖向加劲肋沿钢壳的周边设置；多个横向加劲肋沿钢壳的高度方向设置；多个桁片设置在内侧加劲壁板与外侧加劲壁板之间，多个桁片中的部分与竖向加劲肋连接，剩余部分与位于钢壳顶端和底端的横向加劲肋连接；多个水平拉筋设置在内侧加劲壁板与外侧加劲壁板之间，多个水平拉筋中的部分与竖向加劲肋连接，剩余部分与横向加劲肋连接。本发明提供的钢壳混凝土组合索塔结构，钢壳内部不再设置竖向钢筋和横向钢筋，减少了钢筋制作及安装的工作量，减小了钢壳混凝土组合索塔的制造难度，提高了钢壳混凝土组合索塔的生产效率。
Steel shell concrete combined cable bent tower structure
钢壳混凝土组合索塔结构
MENG FANCHAO (author) / XU CHUNRONG (author) / YU GAOZHI (author)
2022-04-12
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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