How One Bridge Turned Wind and Earthquakes into Precise Mathematical Models
Steel, concrete and cable are no longer the real core of a landmark bridge; differential equations are. This structure was not drawn as a heroic silhouette first and checked later. Its shape emerged from models that treated every gust of wind and twitch of the ground as input, not as afterthought.At the heart of the design is structural dynamics: engineers solved coupled equations of motion that l...More
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