Muller Breslau First Set of Examples

[@xTheBigKezz]

Your visual demonstration helped me understand this principle in literally 2 minutes versus scratching my head at my university materials! Thanks :)

[@leokhandrorami6828]

Thanks a million professor, really your channel is one of the best engineering channels

[@1963rzr]

You are welcome. Share

[@snicker.doodlez]

I wish more teachers used a more visual aid like this, thank you very much for the help!

[@danielmahilum4683]

You clarified every question I have in Muller-Breslau Principle. Thanks a lot dear professor :)

[@1963rzr]

You are welcome!

[@engineering_everyday]

Best explaination sir. Thank you. This channel is a hidden jam for civil engineering students. Again thanks a lot sir.

[@1963rzr]

Glad it helped. Please share

[@annieleila4638]

I have watched so many many videos from different lecturers and I didn't understand IL until I came across this video. What I am trying to say is, Thank you very much for this video. You are the best👍

[@1963rzr]

Glad you liked it

[@kumar3403]

I cant thank you enough sir. You made it really easy for me to understand.

[@thecivilstreets5777]

Thank you professor. You are doing such a great job, the way you are explaining this topic is awesome.

[@1963rzr]

glad you like them!

[@thecivilstreets5777]

@@1963rzr Lots of respect n love from India..

[@targetgateandupsccivil7720]

beautiful..loved the way you simplified❤️

[@iFeroche]

thank you professor Zaurin for keep doing this videos ❤

[@1963rzr]

You are welcome. Share.like.subscribe

[@lesnah1111]

The beam then sits next to the column at the bar, takes a look at him, and says " You don't look Normal today, Shear up! It's Valentine Day!"

[@1963rzr]

,stick to emgineering😂 dont see a future as comedian

[@jskpa4851]

was lucky enough to find this awesome playlist!

[@1963rzr]

thank you! seek and you will find!

[@meehir9930]

great video professor 👌👏Thanks

[@1963rzr]

You are welcome

[@row505ubz]

What are those wooden sticks you have? Would love to buy some

[@1963rzr]

good luck on finding them :)... those are laser cut and built with magnets.

[@shantanukumar4081]

Really helpful. Thank u sir.

[@1963rzr]

Most welcome

[@PuppyBunnyCrystal]

What if the slope are now in 2 degree? Can we still use the formula?

[@ak1s4]

Just out of curiosity, do you teach your students instant pole diagrams? We use them here all the time.

[@1963rzr]

Nope

[@farhananarwala8783]

Quick Question! at 17:30, why doesn't it go downwards like in the previous question

[@bennythebard]

That moment joke made my day. Thank you.

[@naveenbenkipur2682]

At 7:44 if there's a hinge between A & C, then would right part of B be moved?

[@1963rzr]

Hello to you too..... if there's a hinge between A & C the beam is unstable!

[@monir111monir]

Thank you very much! Great explanation 👍😊

[@1963rzr]

You are welcome

[@zjyub]

Awesome job!! thank you

[@1963rzr]

You are welcome!

[@civilelearner]

Tnq so much sir😍♥️

[@1963rzr]

You are welcome 😊

[@theabba1758]

Best Video ever

[@rajgupta2824]

Thankyou so much

[@1963rzr]

you are welcome so much

[@1963rzr]

Merry Christmas!

[@arunas5136]

3:40 ❤️

[@1963rzr]

Thank you

[@furqaanmonga]

@10:20, the vertical intercept is opposite

[@1963rzr]

no....it is not

[@ezee8317]

Hey, where did you get your beam/hinge props? I

[@1963rzr]

i built them

[@ezee8317]

Wow, that’s cool!