A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Carbon fiber reinforced inhaul cable connecting system suitable for cable-stayed structural system
The invention discloses a carbon fiber reinforced inhaul cable connecting system suitable for a cable-stayed structure system, which comprises a carbon fiber inhaul cable, inhaul cable lug plates, connecting lug plates, a steel frame column and a steel frame beam, and is characterized in that the two ends of the carbon fiber inhaul cable are connected with the connecting lug plates through the inhaul cable lug plates by adopting pin shafts; the connecting lug plates are located on the two sides of the inhaul cable lug plate, the two ends of each connecting lug plate are connected with the steel frame beam and the steel frame column through bolts correspondingly, and the steel frame beam is perpendicularly connected with the steel frame column. The two ends, corresponding to the two sides of the inhaul cable lug plate, of the connecting lug plates on the two sides are further connected with the steel frame beam and the steel frame column through sealing plates correspondingly. The carbon fiber inhaul cable is adopted as a main stress component of the cable-stayed structural system, the material characteristics of light weight and high strength of carbon fibers are effectively exerted, and initiative application of the carbon fiber inhaul cable in the civil building cable-stayed structural system is achieved.
本发明公开一种适用于斜拉结构体系的碳纤维增强拉索连接系统，包括碳纤维拉索、拉索耳板、连接耳板、钢框柱、钢框梁，所述碳纤维拉索两端均通过拉索耳板与连接耳板采用销轴进行连接，所述连接耳板位于所述拉索耳板的两侧且两端分别与所述钢框梁、所述钢框柱通过螺栓进行连接，所述钢框梁和所述钢框柱垂直连接，两侧所述连接耳板的两端对应所述拉索耳板的两侧还分别与所述钢框梁、所述钢框柱采用封板进行连接。本发明通过采用碳纤维拉索作为斜拉结构体系主要受力构件，有效发挥碳纤维轻质高强的材料特性，实现碳纤维拉索在民用建筑斜拉结构体系中的首创性应用。
Carbon fiber reinforced inhaul cable connecting system suitable for cable-stayed structural system
The invention discloses a carbon fiber reinforced inhaul cable connecting system suitable for a cable-stayed structure system, which comprises a carbon fiber inhaul cable, inhaul cable lug plates, connecting lug plates, a steel frame column and a steel frame beam, and is characterized in that the two ends of the carbon fiber inhaul cable are connected with the connecting lug plates through the inhaul cable lug plates by adopting pin shafts; the connecting lug plates are located on the two sides of the inhaul cable lug plate, the two ends of each connecting lug plate are connected with the steel frame beam and the steel frame column through bolts correspondingly, and the steel frame beam is perpendicularly connected with the steel frame column. The two ends, corresponding to the two sides of the inhaul cable lug plate, of the connecting lug plates on the two sides are further connected with the steel frame beam and the steel frame column through sealing plates correspondingly. The carbon fiber inhaul cable is adopted as a main stress component of the cable-stayed structural system, the material characteristics of light weight and high strength of carbon fibers are effectively exerted, and initiative application of the carbon fiber inhaul cable in the civil building cable-stayed structural system is achieved.
本发明公开一种适用于斜拉结构体系的碳纤维增强拉索连接系统，包括碳纤维拉索、拉索耳板、连接耳板、钢框柱、钢框梁，所述碳纤维拉索两端均通过拉索耳板与连接耳板采用销轴进行连接，所述连接耳板位于所述拉索耳板的两侧且两端分别与所述钢框梁、所述钢框柱通过螺栓进行连接，所述钢框梁和所述钢框柱垂直连接，两侧所述连接耳板的两端对应所述拉索耳板的两侧还分别与所述钢框梁、所述钢框柱采用封板进行连接。本发明通过采用碳纤维拉索作为斜拉结构体系主要受力构件，有效发挥碳纤维轻质高强的材料特性，实现碳纤维拉索在民用建筑斜拉结构体系中的首创性应用。
Carbon fiber reinforced inhaul cable connecting system suitable for cable-stayed structural system
适用于斜拉结构体系的碳纤维增强拉索连接系统
ZHAO WENDA (author) / CHEN JUAN (author) / SHE ZHIBIN (author) / CHEN QIAN (author) / WANG PENGZHI (author) / HU KAIHUA (author) / ZHOU HONGYU (author) / LI ZHANYU (author) / ZHANG HONGGUANG (author) / ZHANG JINQING (author)
2024-08-06
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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