The Flexure Formula Mc/I: Derivation, Second Moment of Area (Moment of Inertia), Beam Stress Example

[@zalupatimujo57]

Breaking down to finest details , derivasion of formulas and carrying units through calculations are really what makes this lecturer truly outstanding and head and shoulders over other `lecturers`who seem to be lazy or agitated or `forgot`how to derive and pay attention to detail.Well done Mr TheBom_Pe!

[@TheBomPE]

It is very nice to be appreciated! All the best to you!

[@SydneyRover]

Tremendous lecture, thank you indeed!

[@TheBomPE]

I'm glad you liked it! Thanks for watching!

[@bigw830]

Excellent way of interpreting the real life scenario to the derivations and theories. Thank you so much for uploading this.

[@eeesss9593]

I loved the way and pace you described everything with colors and questions. Please keep uploading more videos.

[@TheBomPE]

Thank you! I'm glad you liked it! If you haven't seen the playlists for my various classes on my channel you should check them out. Thanks for watching!

[@frankschellekens5868]

The equivalent of the @Organic Chemistry tutor but for university. Same ability to transfer knowledge and break down complicated concepts or scenarios into simple understandable ideas. Thank you

[@shafqatwasi7145]

Which reference material pdf are you using at 1:00:31 to find the weight of the structural steel rod??? Is it possible you can share the download link for that??? Really learning a lot from your lectures!!! Thanks so much!!!

[@TheBomPE]

We use an old book by Riley Sturges and Morris called Statics and Mechanics of Materials. There is a table in the back that has material properties. I'm glad the videos are helpful! Thanks for watching!

[@shafqatwasi7145]

TheBom_PE thank you very much!!!

[@dogansahutoglu2073]

all lectures I had backhome are incomparable with these lectures:) I feel like I can do something now LOL...Flexure is a big deal in elevator industry indeed. I get excited too hahaha

[@clarifyvideos8038]

Thank you so much

[@TheBomPE]

You're welcome! Thanks for watching!

[@jonathanwangi1482]

You're great Sir, Thanks for lectures

[@TheBomPE]

you are very kind! I'm glad you like them! thanks for watching!

[@nicolassarmientobotero5429]

beautifull

[@TheBomPE]

Glad you enjoyed it! Thanks for watching!

[@penuelraybantog5457]

Good day sir, do you have lectures about curve beams like crane hooks? Thanks tho for all your video resources

[@TheBomPE]

Here's one where I cover a curved beam problem: kzbin.info/www/bejne/qHPOln9viNyCeqM Thanks for watching!

[@eriknelson2559]

Understand that the solutions of Schrodinger's Equation from Quantum Mechanics are also solutions of the Euler beam equation. The Schrodinger Equation is like the "square root of" the Euler beam equation. Perhaps methods could be borrowed from Quantum Mechanics to solve beam deflections also