06.4 Shear flow in built up members

[@alfonsoperez8535]

'WOW you should just teach every class in the world very well explained and clear!. Even the tone of voice is pleasant to listen. Subscribed!

[@sipanhamo322]

You don't skip any details, very clear and simple.

[@SouvikCivil]

You are like a super hero. You always save our day, Thanks

[@cablestick]

Crystal clear explanation. Thank you so much.

[@masudkaysarovi7330]

very good explanation. This video will help a lot . Thank you very much

[@ahmadjavid4068]

Wow this is a superb video!

[@saravanana3253]

The best explanation 👍

[@suheladesilva2933]

Very clearly explained, thank you.

[@johannesthembinkosimaseko9715]

Best lecturing ❤

[@SouvikCivil]

Never seen this method before in any text books....> It is so easy to follow and very interesting! Can you please refer a textbook that used this method. Thanks!
love from JADAVPUR UNIVERSITY🥰😇

[@SteelRCC]

Excellent 👌 presentation 👍

[@liamodonnell9091]

Great video.

[@Szhihihihihihi]

Thanks !

[@huangruoyu8873]

Excellent!

[@manaoharsam4211]

Well taught.

[@brendanfennell9592]

Very helpful, thanks a bunch!

[@kshitijvermacms]

Very helpful

[@andywarhol5738]

Shouldn't the 30 kN force be multiplied by 4 since there are 4 bolts?

[@deejunyikm-pelajar9724]

i think the y bar for Q should be 0.15m

[@manaoharsam4211]

Is shear flow only longitudinal , or wraps around in transverse direction. Taking a differential element should say it is same value in transverse direction?
It has been very 12yrs seen I have seen this.

[@molemorantsoaki9490]

greetings sir,do you question and answers files? i am really struggling with strength

[@adelnoppert370]

tim cook?

[@mazyarsalehi7699]

momnet of area, not moment of inertia!

[@nilaymajumder2925]

Why does he sound like Sheldon Cooper?😳

[@Danielagostinho21]

That's a weird similarity, Sheldon makes fun of Engineering