How China Built Jin Mao Tower

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How China Built the Jin Mao Tower – 3D Animation & Engineering Facts You Didn’t Know!  Ever wondered how one of China’s most iconic skyscrapers was built? This 3D animated short film takes you inside the engineering genius behind the Jin Mao Tower — from its ancient pagoda-inspired design to its earthquake-resistant core and lightning-fast elevators.  Watch as we break down the foundation, structural framework, and innovative wind-resistance systems that make this tower stand tall against nature’s fury. Perfect for architecture lovers, engineering students, or anyone fascinated by modern marvels!  ✅ Like if you’re amazed by human ingenuity 💬 Comment what skyscraper you want us to animate next 🔔 Subscribe for more 3D animated shorts, facts, and architectural wonders every  day!  #jinmaotower #3danimation #animatedshort #architecturefacts #engineeringexplained #skyscraperdesign #chinaarchitecture #buildingscience #3dshortfilm #structuralengineering #animatedfacts #towerofpower #urbandesign #architecturelovers #youtubeshorts #engineeringfacts #architecturaldesign #futurecities #animationexplained  #shanghai  #JinmaoTower #architecturelovers  #EngineeringMarvel #China #Skyscraper #History #Innovation #ViralFacts #didyouknow

Transcript

00:00If you build a skyscraper in Pudong, Shanghai in the 1990s, you can show the world China's

00:04determination to reform and open up.

00:07To reflect the oriental charm, you take inspiration from the cascading shape of ancient Chinese

00:12dense rock towers, and design the building as a stepped contour that rises up 13 times,

00:19like a silver tower that pierces into the sky, embodying the concept of the unity of

00:23heaven and man in our country's traditional culture.

00:27But like the impact of tofu, the plains cannot bear such a huge weight.

00:31So you drive hundreds of concrete piles into the ground, reaching the hard soil layer, and

00:36pour a huge concrete platform on it as the foundation of the entire building.

00:41In order to make the building stand firmly and withstand the thrust of wind and earthquakes,

00:46you built a solid octagonal steel and concrete core barrel in the center of the building,

00:50and symmetrically set up eight giant reinforced concrete columns and eight corner columns

00:55around it, forming a rigid and flexible barrel-in-barrel structure.

00:59If you add three overhanging transverse frames on the outside of the building and connect

01:03them with the outer saw columns as a whole, even in strong winds, the connection points

01:08of the overhanging transverse frames can disperse the force and fundamentally improve the building's

01:13wind and earthquake resistance.

01:15To solve the vertical traffic problem, you can configure an elevator that can reach nine

01:20meters per second in the core bucket and reach the panoramic observation hall on the top

01:2488th floor in only 45 seconds.

01:28Congratulations on inventing Shanghai Jinmao Tower.

01:30Become working on the Eis baptist.

01:32екleter pens.

01:33See you next time.

01:34See you next time.

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