Lec 18 - T Beam Design | Flanged Beam Analysis Part 1

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@DCBA online
We present you in this series with RCC lectures for civil engineering. In this RCC Design lectures you will learn concept of T beam and L beam.

[@gyankumar898]

क्या बात है गुरुजी बहुत बढ़िया। धनबाद 🙏

[@naraharimanne5240]

Nice explanation

[@danirajiv8357]

Good job

[@rohny5587]

U r teaching very deeply ... thanks a lot ..it will be helpful for me somewhere

[@rincyraju7112]

great explanation❤️

[@r3sherakoraman]

Beautifully explained..
Thank you!

[@spurthichadharam9144]

Thank you for providing this platform

[@spurthichadharam9144]

Thank you for this education..
In flanged beams,
Moment of resistance offered is inversly proportional to strength, since it can be used to loads and slightly be indifferent and also width and depth
So equation is
3467/1000 * 1/STR (CONC) * BRD* DPT(NA) * (DPT + 10000/4321) + 100000/45778 STR(CONC) + (BRD FL + BRD WD) RSN (FL) ( DPT + 2 / RSN)

[@aneeshaperera4726]

Thank you for the clear explanation.
The other video sessions are private and unable to view. Would be great if is viewable as well.

[@DCBAonline]

It's in udemy

[@aneeshaperera4726]

@@DCBAonline okay thank you

[@Sangharakshit9]

🔥🔥🔥👍

[@AliNoh]

thx

[@shivampratapsingh5275]

💯✨

[@strom6783]

Tq bro

[@tegsinghpanwar1490]

What is zero moment

[@saurabhvidhate8533]

Sir what is isolated beam??

[@DCBAonline]

Isolated beam is the one which is supported between only 2 supports.

[@saurabhvidhate8533]

@@DCBAonline sir you mean simply supported beam?

[@DCBAonline]

Yes simply supported is an isolated beam

[@saurabhvidhate8533]

@@DCBAonline and fixed beam

[@DCBAonline]

The formula will remain same as isolated beam formula the effective length will change to 0.7L for fixed beam