A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Study of 500-Meter Hyperbolic Parabolic Space Cable Pedestrian Suspension Bridge
This paper proposes a hyperbolic parabolic space cable pedestrian suspension bridge structure system based on the egg-shaped arched tower based on the wind resistance requirements of a superlong-span pedestrian suspension bridge. Parallel cables bear vertical loads, and two sets of cable systems of hyperbolic parabolic carbon-fiber space cables and wind-resistant cables improve torsional stiffness, work together, complement each other, and significantly increase space rigidity. It can fundamentally solve the problem of wind stability of extra-long-span pedestrian suspension bridges, and can build 500-meter-long super-span pedestrian suspension bridges.
Study of 500-Meter Hyperbolic Parabolic Space Cable Pedestrian Suspension Bridge
This paper proposes a hyperbolic parabolic space cable pedestrian suspension bridge structure system based on the egg-shaped arched tower based on the wind resistance requirements of a superlong-span pedestrian suspension bridge. Parallel cables bear vertical loads, and two sets of cable systems of hyperbolic parabolic carbon-fiber space cables and wind-resistant cables improve torsional stiffness, work together, complement each other, and significantly increase space rigidity. It can fundamentally solve the problem of wind stability of extra-long-span pedestrian suspension bridges, and can build 500-meter-long super-span pedestrian suspension bridges.
Study of 500-Meter Hyperbolic Parabolic Space Cable Pedestrian Suspension Bridge
J. Highway Transp. Res. Dev. (English Ed.)
Zhaxi, Luo-bu (author) / Silang, Yong-zong (author) / Xu, Wen-ping (author) / Li, Hong-yi (author) / Shu, Yin-jia (author)
2021-12-01
Article (Journal)
Electronic Resource
English
Horizontal pulling type pedestrian suspension bridge of hyperbolic paraboloid space cross cable net
| European Patent Office | 2021