This is how this Tuned Mass Damper controls vibration on buildings.

This video explains how engineers used Tuned mass damper to control vibration on buildings and avoid too much swaying on the buildings which are caused by Strong Earthquake and wind Forces. A Tuned Mass Damper (TMD) is a mechanical device designed to add damping to a structure for a certain range of exciting frequencies. You can find this tuned mass dampers on skyscrapers like Taipei 101, CN Tower in Toronto, Citicorp center in New York, Crystal Tower in Osaka etc.
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#TunedMassDamper #Taipei101 #Skyscrapers

[@The_Mimewar]

Tuned Mass Damper. Little known and INCREDIBLY important device

[@Innotutorial]

For real

[@nuschlerclark895]

I’m reading an in depth analysis of the Citicorps building in NYC. A massive error of bad engineering design by an egotistical builder who was mainly concerned with how a structure looked rather than just building a sound design. I have greater respect for mechanical engineers after watching your video! Thank you!!

[@Innotutorial]

❤

[@audryk.7825]

Thanks for this very informative video.

[@Innotutorial]

You are welcome

[@siamakalaei1148]

Thanks for the video and your explanation 🌹🙏♥️😍 best wishes

[@Innotutorial]

You welcome brother✊✊

[@tigerexo6577]

Cool educational vid sir, thanks!

[@Innotutorial]

You are welcome. I appreciate.

[@CHANDRAHARISINGHCHAUHAN]

Nice and concise , thanks!!

[@Innotutorial]

Thanks for the comment. You are welcome

[@vadore8674]

Awesome

[@Innotutorial]

Thank you

[@siamakalaei1148]

Thanks for the video and your explanation 🌹🙏♥️😍 best wishes ♥️♥️♥️

[@anelemsimang5692]

Finally, a valid explanation

[@Innotutorial]

Thank you. I am glad you liked it

[@emnadebbech3791]

cool video, But I have a question : How did you do the experience at the end of the video what did you use for the TMD ? (I got that the tower is made of some sheet of paper)

[@Innotutorial]

Thank you for the comment. These were simply experiments done with the use of cardboard to show how tuned mass dampers could be effective in damping the vibration of structures. The second was without any lateral resisting element(bare frame). The third was a normal brace frame which provide some lateral stiffness. While the first was with a tuned mass. This provided more lateral stiffness.

[@chrishayhurst5549]

Great video brother 👍 keep it up

[@Innotutorial]

Thank you so much❤! Will do!

[@vetteltuna1716]

If the damper was only supported by a single point, wouldn't it still enable for the centre of mass to remain in the middle? or am i missing something

[@romsentertainment6186]

Thnx...

[@Innotutorial]

You welcome

[@user-bv1dt7sj8d]

Great video

[@Innotutorial]

Thank you so much

[@lifewithfatima1485]

Nice 👍💗

[@Innotutorial]

Thank you. I appreciate❤

[@marcodonohoe6213]

Cool video bro. I learned a lot

[@Innotutorial]

Thank you. I am glad

[@emetuchehillaryart]

Nice nice

[@Innotutorial]

Thank you🙏 I appreciate.

[@sitproperlywhilewatchingph423]

@@Innotutorial how do they move that much weighted ball to the top of a building at first place

[@timothy7958]

Wow

[@Innotutorial]

Yes

[@LuisJimenez-yn5rk]

Dampa!

[@helenangilley9436]

Dropped one of these on a French guy a few years ago.

[@Innotutorial]

Thanks Brother

[@marshalldupal-lig2645]

subtitles pls..

[@Innotutorial]

Ok

[@yousi5o0]

Hi miss

[@Bart-dg6qv]

What language is this?

[@Innotutorial]

Japanese

[@Bart-dg6qv]

@@Innotutorial Oh, that's why Google couldn't translate it - I was using Mongolian as a base.

[@Innotutorial]

Okay. That's good

[@irsaa7834]

What language he speaks in this video?

[@Innotutorial]

Chinese🙄🙄

[@tinotales]

Engineering

[@Innotutorial]

Yes. Thank you