CASTIGLIANO'S THEOREM in Just Over 10 Minutes!

[@inkylion93]

I'm on my knees praising this

[@matthewbaker5972]

these explanations save lives

[@AhnafChowdhury-o1t]

Literally the greatest 11 min lecture of all time. Spent 3 hours trying to do this by textbook and now I feel like I cant get these questions wrong. Thank you so much !

[@rockerdude22]

Thank you for the great video! You were able to explain this more effectively in 10 min than my professor did in 3 hours . . . well done!

[@tuhinsuryachakraborty]

Live saving video for my Advanced Engineering Mechanics semester exam.

[@tonyezekiel2819]

This channel is so underrated

[@alexandresauve9215]

Incredibly well done! Thank you

[@alexandresauve9215]

PS, curious if we are able to combine singularity and castiglianos. (Writing out a single moment equation, and it's partial derivative w.r.t. P across whole domain)

[@matteocoda6368]

Refreshing just in case. Thank you.

[@goosegoose3577]

I was actually so pissed by other videos. They be making a whole ass playlists & still not give answer that was needed. I just wanted to know if displacement can be found out at point where load in not given in real work method too. Thank u so much! U saved the day.

[@ReactionTest0]

Such a great video, we are also working on a video on Castigliano's theorem. But it has less calculatory explanation than this video does. Was wondering if we could tell our audience to refer to your video if they are interested in the nitty-gritty of it. Let me know what you think, and keep making such great videos.

[@LessBoringLectures]

Of course! Thanks for sharing!

[@ReactionTest0]

@@LessBoringLectures Thank you

[@ReactionTest0]

Hey there, It took longer than expected, but the video on Castigliano's theorem is finally out. Check it out and let me know what you think about it!

[@georgebarros6095]

Keep this awesome work, bro

[@LessBoringLectures]

Thanks, will do!

[@roeemt5829]

Thank you so much, this is really helpful :)

[@asif.a15]

You are too good at explaining things!

[@saulramirez547]

Bro this helped so much. Thanks.

[@LessBoringLectures]

Glad it helped! Share with others!

[@ofoz]

AWESOME

[@dolasravanthikothamasu8191]

Application of castigliano's theorem for calculations deflection of frames beams trusses question plz

[@sameh465]

Thank you for your perfect explain. may you tell me the program that you use in explain?

[@talha3346]

Why not views in millions?

[@shankylezapanta1464]

@ 9:41 is macaulay bracket still applicable instead pf using normal piecewise function?? Thank youu

[@shankylezapanta1464]

So the integral term would just be 1 term in a case of bending moment consideration only

[@YamatoSRebellion]

Amazing!!!

[@LessBoringLectures]

Thanks!!

[@ernstopll2009]

I believe in the last example after the integration it should be ()-PL^2/2EI instead of ()-PL^2/4EI, right?

[@fabriceras9562]

He forgot to carry the 2 from L/2 when he expanded the brackets

[@Hsuaaduxdh]

great

[@AndrewBossert]

You're my actual MoM professor, you just don't realize it 😂

[@jaydilworth1895]

Awesome video, but doesn't the equation for torsion have an L in the numerator?

[@clarkgriswold5842]

I don't see the link for more examples in the description...

[@LessBoringLectures]

The third section of the description below the video's title has them: _________________________________________________________________ Examples: Example 1: kzbin.info/www/bejne/Y3qkkoCNf9yosKc Example 2: kzbin.info/www/bejne/ioeXXnSaoZJnes0 Example 3: kzbin.info/www/bejne/baXGf32Kec2toac

[@samiru6521]

everything is well organised. but the voice was a bit robotic . so it was hard to maintain attention. Hope you will improve that

[@mechanicalengineerturbo]

How to calculate this shit for a beam with 2 supports and multiple loads?

[@broteendas1194]

good content... terrible voice acting... sounds like you are reading off of a script that you memorised (which is understandable) but I think your motonous way of speaking is really not cutting it. Try referring to *Veritasium* (please take this is a constructive criticism)

[@jullianpaulcalapini5390]

Way ka pulos