Steel Pylon Cable Stayed Bridge

By | August 1, 2022



A steel pylon cable-stayed bridge is an engineering marvel that has been captivating audiences for centuries. This elegant structure was first developed in the 18th century and is able to support heavy loads while providing exceptional stability. By utilizing a single central rigid steel tower, also known as a pylon, cables are run from the tower to supports on the deck of the bridge. The tension in the steel cables provides stability, reducing the stress on the bridge's deck and allowing it to handle heavier loads.

These bridges are commonly used for a wide variety of applications, including carrying railway tracks over large bodies of water, crossing valleys and gorges, and connecting two points of land with a single span. Steel pylon cable-stayed bridges are incredibly strong and durable and are used in some of the world’s largest infrastructure projects.

Furthermore, these unique bridges offer a range of advantages over other forms of bridge construction. Their slimmed-down design and centralized support towers require less material than other forms of the bridge and can be constructed quickly. Due to the strength of the steel pylon cable-stayed bridge, it is also possible to maintain the elevation which helps to reduce traffic congestion. This is because the bridge stays at the same height without the need for extra inclined paths or extra lanes. Not only is this cost-effective, but aesthetically, these bridges can provide a stunning visual to any landscape.


Pont De Norman Øresund Bridge Cable Stayed Pylon Angle Furniture Steel Png Pngwing

Pont De Norman Øresund Bridge Cable Stayed Pylon Angle Furniture Steel Png Pngwing


Schematic Diagram Of 3 Diffe Types Pylon Shapes Cable Stayed Scientific

Schematic Diagram Of 3 Diffe Types Pylon Shapes Cable Stayed Scientific


Cable Stayed Bridges Solutions Midasbridge

Cable Stayed Bridges Solutions Midasbridge


The World S Longest Cable Stayed Bridges

The World S Longest Cable Stayed Bridges


Double Pylon Cable Stayed Bridge With Steel Truss Girders Units M Scientific Diagram

Double Pylon Cable Stayed Bridge With Steel Truss Girders Units M Scientific Diagram


Composite Cable Stayed Bridges State Of The Art

Composite Cable Stayed Bridges State Of The Art


The World S Top 10 Longest Cable Stayed Bridges 2012 01 02 Enr Engineering News Record

The World S Top 10 Longest Cable Stayed Bridges 2012 01 02 Enr Engineering News Record


Cable Stayed Bridge Over The River Labe At Nymburk

Cable Stayed Bridge Over The River Labe At Nymburk


Steel Construction 01 2012 Sample Issue By Ernst Sohn Issuu

Steel Construction 01 2012 Sample Issue By Ernst Sohn Issuu


Analysis And Design Of The Tower Pier Anchor Steel Cable Stayed Bridge Dong Li Sun Bin Xie Xu Kai Liu Jing Cao

Analysis And Design Of The Tower Pier Anchor Steel Cable Stayed Bridge Dong Li Sun Bin Xie Xu Kai Liu Jing Cao


Concrete Pylon Steel Image Photo Free Trial Bigstock

Concrete Pylon Steel Image Photo Free Trial Bigstock


Esdep Lecture Note Wg15b

Esdep Lecture Note Wg15b


Finite Element Model Of The Double Pylon Cable Stayed Bridge With A Scientific Diagram

Finite Element Model Of The Double Pylon Cable Stayed Bridge With A Scientific Diagram


A Double Pylon Cable Stayed Bridge With Single Plane And Steel Scientific Diagram

A Double Pylon Cable Stayed Bridge With Single Plane And Steel Scientific Diagram


Pylons Steel Cable Image Photo Free Trial Bigstock

Pylons Steel Cable Image Photo Free Trial Bigstock


Application Study On The First Cable Stayed Bridge With Cfrp Cables In China Sciencedirect

Application Study On The First Cable Stayed Bridge With Cfrp Cables In China Sciencedirect


Cable Systems Strands Anchorages Dampers Protection

Cable Systems Strands Anchorages Dampers Protection


Structural Performance Of A Hybrid Girder Cable Stayed Bridge During Rotation Construction

Structural Performance Of A Hybrid Girder Cable Stayed Bridge During Rotation Construction