Floating cable-stayed bridge

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Floating cable-stayed bridge
Floating cable stayed bridge.jpg
AncestorCable-stayed bridge
Related Cable-stayed bridge; see also Suspension bridge
CarriesPedestrians, bicycles, livestock, automobiles, trucks, Semi-trailer truck, light rail
Span rangeLong
MovableNo

A Floating cable-stayed bridge is a type of cable-stayed bridge where the towers float on tension-leg submerged material, tethered to the seabed for buoyancy. No floating cable-stayed bridge has been made or planned yet, a floating suspension bridge has been planned in Norway. This bridge could be more stable horizontally across the bridge than floating suspension bridges, the lateral movement force from the wind and current in the water is a problem trying to be resolved by placing the tethered cables at different angles from the floating platform to the seabed. [1] [2]

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<span class="mw-page-title-main">Floating suspension bridge</span> Type of bridge

A floating suspension bridge is a type of suspension bridge supported by towers built on floating pontoons which are tethered to the seabed. The design is intended to overcome the difficulties of building suspension towers in locations where the water is particularly deep. As of 2021 no such bridges have been built, but a project is underway to build one in Norway, at Bjørnafjord, designed by engineer Ian Firth.

<span class="mw-page-title-main">Cable-stayed suspension bridge</span>

A cable-stayed suspension bridge or CSS bridge merges the designs of cable-stayed bridges and suspension bridges. The suspension bridge's architecture is better at handling the load in the middle of the bridge, while the cable stayed bridge is better suited to handle the load closest to the tower. Combining these two architectural engineering ideas into a hybrid has been done in Istanbul with the Yavuz Sultan Selim Bridge. A bridge over the Krishna River in India has been approved in October 2022 that will be a CSS bridge design.

References

  1. Jang, Minseo; Lee, Yunwoo; Won, Deokhee; Kang, Young-Jong; Kim, Seungjun (2020). "Static Behaviors of a Long-span Cable-Stayed Bridge with a Floating Tower under Dead Loads". Journal of Marine Science and Engineering. 8 (10): 816. doi: 10.3390/jmse8100816 .
  2. https://www.researchgate.net/publication/348972910_Dynamic_Behavior_of_a_Long-Span_Cable-Stayed_Bridge_with_Floating_Towers_after_the_Sudden_Failure_of_Tethers_and_Cables_Under_Irregular_Waves