27. Vibration of Continuous Structures: Strings, Beams, Rods, etc.

[@alexbeaulieu2287]

Taking a shit and listening to MIT lectures I love UA-cam

[@aisasharifi3544]

I'm a master student and I could say this the best and highest standard lecture I've had during my study life. Please please put other courses of MIT for mechanical engineering that all student around the world enjoy course

[@mitocw]

Here's what we have for mechanical engineering: ocw.mit.edu/courses/find-by-topic/#cat=engineering&subcat=mechanicalengineering. Best wishes on your studies!

[@AJ-et3vf]

@@mitocw nice! Thank you for this. An extensive and helpful list of courses and materials to study.

[@gssssssss-i1c]

My heartful greetings to that professor.
There is a saying goes like this: A Poor teacher explains, A good teacher demonstrates, A great teacher inspires!
You are a GREAT TEACHER ❤️. Your art of teaching inspire students to explore knowledge and dive deep into the nature.
Because of you great people MIT and USA are in leading positions.
Thank you MIT for great initiative ❣️.

[@lucasemerickfc]

This content should not be restricted! Please, release it all over the planet!

[@mitocw]

These blog posts: mitopencourseware.wordpress.com/2018/06/18/statement-on-ocw-videos-blocked-on-youtube/ and mitopencourseware.wordpress.com/2018/06/21/mit-opencourseware-videos-on-youtube-have-been-restored/ should help explain what happened.

[@DavidGillooly]

Explanation of the wave equation and dispersion is excellent. This should be watched by all engineers no matter what their specialty.

[@georgesadler7830]

DR. Vandiver, thank you for an incredible explanation and demonstration of Mechanical Vibration of Continuous Structures: Poles, Strings, Beams and Rods. Everything that is develop and built by the human race is linked to some type of engineering.

[@kummer45]

That's a beautiful lecture in every sense. MIT provides deeply insightful lectures. Makes the reading literature very comprehensible.

[@01cellardoor]

this lecturer is the best.

[@aztatzirubioisaac8863]

Each time that i found a MIT course about a subject that i'm struggling to understand, I feel my frustration released. Thank you very much.

[@razamehdi3084]

I am doing my research on wave propagation and I learnt these things in 2 weeks by Karl book on wave propagation now I watch this lecture that is very informative and detailed.

[@ismailtageldin5435]

really great lecture, thanks Dr j.Kim Vandiver

[@SINC0MENTARI0S]

That's an outstanding instructor. Thinking of my school now makes me vomit.

[@tateisrael2627]

sorry to be so offtopic but does anybody know a trick to get back into an Instagram account??
I was dumb forgot my password. I love any help you can offer me.

[@harlanmaverick3296]

@Tate Israel instablaster ;)

[@tateisrael2627]

@Harlan Maverick I really appreciate your reply. I got to the site through google and I'm in the hacking process atm.
Takes quite some time so I will reply here later with my results.

[@tateisrael2627]

@Harlan Maverick it worked and I actually got access to my account again. I am so happy:D
Thanks so much you saved my ass !

[@harlanmaverick3296]

@Tate Israel Glad I could help :)

[@hailuamare4749]

THIS IS BRIEF RATHERTHAT WE LEARN,KEEP UP IT

[@gekaprog]

amazing professor. clear, engaging. no words, simply amazing

[@rominac4242]

vibration of beam 56:10

[@MasterCivilEngineering]

Step by step video solutions for civil engineering questions

[@elnaeemabdalla]

thanks professor and thanks MIT Really amazing lesson

[@tag_of_frank]

Need a clap emoji for times like this.
8.003 had me thinking I knew physics but no mention of reference frames, almost no angular momentum!

[@ashithessam769]

thaaaaaaaaaaaaaaaaaaaaaaaaaaaaanks MIT

[@razamehdi3084]

But I am very sad that there is no video lectures of MIT on wave propagation 😥

[@Gabararain]

Great Professor...

[@javadmehrmashhadi3430]

Thank you MIT!

[@TasneemSTEM]

thank you MIT ^^

[@fahadmohsin5144]

Amazing way to demonstrate this complex topic. Anyone know the book, professor is following for these lectures?

[@mitocw]

+Fahad Mohsin -- Check out the full course site on OCW for all the details and course materials: ocw.mit.edu/2-003SCF11. The recommended reading come from two texts: Hibbeler, Russell C. Engineering Mechanics: Dynamics. www.amazon.com/exec/obidos/ASIN/0136077919/ref=nosim/mitopencourse-20/ and Williams, J. Fundamentals of Applied Dynamics. www.amazon.com/exec/obidos/ASIN/0471109371/ref=nosim/mitopencourse-20/.

[@luiscser8703]

Just amasing.

[@benregar]

thank you sir

[@stanleyman4100]

Great lesson

[@emreperihan2208]

Have a question regarding the organ pipe experiment. The frequencies played are approximately 370 Hz and 210 Hz respectively. So it's not exactly the half but something like 0.57 times the first frequency. What's the reason of this?

[@dhul-qarnaynhamzaangarah579]

Thanks alot for the great Lectures.

[@vikasb8682]

Thank u sir and thanks MIT

[@zInsaini]

Great lecture, thanks!

[@yogeshsingh111]

thanks

[@eternalgaming6125]

this is fantastic
thanks!

[@brainstormingsharing1309]

👍👍👍👍👍👍

[@sivasrinivas3716]

👍👍👍

[@kailashsingh9737]

Very nice sir hi ji

[@ShubhamSuryavanshi.]

Anyone from india studying mechanical engineering? 😄🙄🙄

[@shristisahu9087]

Aye aye sir.

[@WangzhifuYang]

thank you sir