Cable-stayed bridges, remarkable feats of modern engineering, face significant challenges due to vibrations induced by wind, rain, and dynamic loads. Research in vibration control has advanced ...

The phenomenon of rain–wind induced vibration (RWIV) in stay cables is a critical concern in the design and maintenance of cable‐stayed bridges. This vibration arises from the complex interplay ...

BALTIMORE — Had you crossed the Francis Scott Key Bridge just a few weeks ago, as millions of motorists did before a wayward container ship struck it in the early hours of March 26, you’d have passed ...

Had you crossed the Francis Scott Key Bridge just a few weeks ago, as millions of motorists did before a wayward container ship struck it in the early hours of March 26, you’d have passed below a ...

The cable-stayed bridge, like the suspension bridge, supports the roadway with massive steel cables, but in a different way. The cables run directly from the roadway up to a tower, forming a unique "A ...

Tower cranes rising more than 320 ft above a valley floor in Germany are being used to build a multi-span cable-stayed bridge that will relieve the small town of Horb am Neckar of heavy through ...

China's recently inaugurated Chantai Yangtze River Bridge, with a 1,208-m-long main span that secures it the title of world’s longest cable-stayed bridge, came with its share of engineering challenges ...

When the 1,200-foot-long Francis Scott Key Bridge opened in 1977, its enormous steel-truss design was the state of the art for river crossings. But in the decades since, a more modern design that has ...

Cable-stayed bridges represent one of the most elegant convergences of engineering, efficiency, and aesthetics. By eliminating massive anchorages and balancing forces directly through the towers and ...