Esto es lo que impide que los rascacielos más altos caigan

Burj Khalifa, Shanghai Tower, Taipei 101, Marina Bay Sands, and One World Trade Center: This is how the engineering works that allows them to withstand winds of over 200 km/h without collapsing. In this science and engineering documentary, we explain, in simple terms, the physics and aerodynamics behind five of the world's most impressive skyscrapers. How can an 828-meter building withstand the wind? Why does a tower rotate on its axis? What is the purpose of a 660-ton sphere inside a skyscraper? And... how is it possible to build a "ship" atop three towers? 🏙️ In this video, you'll discover: Burj Khalifa: how it "tricks" the wind. Shanghai Tower: the science behind its torsion. Taipei 101: the 660-ton shock absorber. Marina Bay Sands: how it supports the famous SkyPark. One World Trade Center: engineering for maximum structural resilience. ⏱️ Video Chapters: 00:00 - Introduction: The Biggest Enemy of Skyscrapers 01:35 - Burj Khalifa: How to Trick the Wind 03:36 - Shanghai Tower: The Science Behind Torsion 05:16 - Taipei 101: The 660-Ton Damper 06:48 - Marina Bay Sands: The Secret to Supporting the SkyPark 08:24 - One World Trade Center: Resilience and Structural Redundancy 10:07 - Conclusion: The True Marvel of Engineering If you enjoy videos about engineering, architecture, science, and technology, subscribe! 📲 Follow me for more content: 📸 Instagram:   / soyangelarraiz   🎵 TikTok: https://www.tiktok.com/soyangelarraiz 📲 Support the Channel: https://ko-fi.com/soyangelarraiz 👍 If you liked the video, leave a like! Like, subscribe, and turn on notifications so you don't miss upcoming science and engineering documentaries. #science #megastructures #architecture #skyscrapers