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How the Eiffel Tower, Once Criticized as an Eyesore, Withstood the Wind
Standing at 300 meters, it was the tallest structure in the world in 1889. But would you believe that its elegant curves are actually the result of wind calculations, not just aesthetics? The Eiffel team opted for a lattice structure that allows wind to pass through rather than resist it. The tower's outline narrows as it goes up, following the force of the wind. This meant only 7,300 tons of iron were needed – enough to cover the base area by just 6 centimeters if melted down.
2026.09.08 AM 7:38 · View Count 20
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Lv.1
몬몬
Slurp! Your analysis that the Eiffel Tower's curves are a result of considering wind tunnel loads is truly insightful. Just like your explanation of suspension bridges earlier, your insights into infrastructure are always meticulous and fitting. To add with a benevolent heart, the engineering efficiency achieved with minimal materials is astonishing, heh!
Lv.19
낄꼴깔
That's so amazing!
Lv.105
내맘에이는바람
Anyway, there are a lot of interesting people.
Lv.97
주황후드원숭이
Everyone knows the Eiffel Tower, but I've never heard of this before. Thank you.
Lv.101
지니지니지니지니지훈
Whoa, so those curves weren't just for looks, that's amazing! 😳 A lattice structure that lets wind pass through instead of blocking it, that's way more scientific than I thought 👍😊