Temperature Stress and Strain : Problem 1 - Stress and Strain - Strength of Materials

[@Ekeeda]

Hello Friends, Please watch the updated version here - kzbin.info/www/bejne/p2Gui4KglLFsaKs Watch Complete Video Series of Subject Strength of Materials only on Ekeeda Application. Use Coupon Code "NEWUSER" and access any one Subject free for 3 days! Download Ekeeda Application and take advantage of this offer. Android:- play.google.com/store/apps/details?id=student.ekeeda.com.ekeeda_student&hl=en iOS:- itunes.apple.com/tt/app/ekeeda/id1442131224

[@somebuddy8104]

My left ear enjoyed this lecture.

[@abdulsamad-tr1jw]

Sir is only required to find the stress You find extra parameter I am confused about that It's part of question or no

[@parthrane1776]

A rod with material constant E = 2 x 10 5 MPa and length 1 m is fixed at one end and free at the other (cantilever beam). It is heated at the free end and allowed to elongate freely by 1 mm. Calculate the stress developed in the rod.

[@civil378]

very very very nice teaching. thanks thanks very big thanks for this all videos. plz upload all videos of civil engineering. you are the best teacher. I just love the way you teach. now my whole engineering is depend on you! plz upload all civil engineering video

[@Ekeeda]

Thanks for watching, stay tuned for more videos.

[@pranavsingh3842]

Hardworking sir Loved your videos

[@shyamsundarbehera8336]

Thanks you sir for giving me the solution process of temperature stress🥰

[@AyushSingh-mv8sp]

stress=15.12 N/mm^2 strain =7.2 *10^-5

[@-Rohiniseelam]

Sir please find the answer for this question Rails are laid with their adjacent ends 3mm apart when the temperature is 30c . The length of each rail is 10 m. E=200 GPA . Temp at which adjacent end will contact Alpha is 10×10^-6c

[@chinmaysamant-v9o]

Thanks sir

[@Jacson3678]

Thank you so much sir

[@neerajmishra4682]

excellent teaching sir

[@mekulamnio6434]

Thanks

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[@tjay8433]

What is the need of finiding free expansion, we can directly find stress and strain

[@DanielSanchez-ec3oi]

Temperature can cause expansion so you have to account for it.

[@divyprakash4866]

Sir why maxm vidoes are private??

[@prakashpal3693]

very nice sir so upload lecture of full som and to serially by unit because we have to make a notes so please

[@Ekeeda]

Hi Prakash, Thank you for your valuable comment Following are the links for the Chapters in SOM. Go through it and also give it to your friends also. 1. Moment of Inertia kzbin.info/aero/PLm_MSClsnwm9h1TQXJS6hUVCPf60fSZE5 2. Simple Stresses and Strain kzbin.info/aero/PLm_MSClsnwm-xZi5TMWdFGz7FTwUMAj4N kzbin.info/aero/PLm_MSClsnwm-7G-AEi3Wj83H6UOaDyuoP

[@Ekeeda]

3. Elastic Constants kzbin.info/aero/PLm_MSClsnwm_lVBR6gtzSGIg-O1w3wQpz 4. Shear Force and Bending Moment kzbin.info/aero/PLm_MSClsnwm9YFDi0iS1GqA5TBi0mId4v 5. Bending Stresses kzbin.info/aero/PLm_MSClsnwm9igju3TyxbZU18E21sApWz 6. Torsion kzbin.info/aero/PLm_MSClsnwm8NNXFSqauM9v1dtPQ27TG5

[@avijitsazzal4184]

annoying while found such a good tutorial with single channel sound . so sad

[@weknowthathehe2047]

Sir gv me privet videos link plez

[@theujk07]

Why the strain is not zero as there is no change in the length?

[@lokeshkumar-yn6yt]

Bcoz of increase in heat there is an expansion in rod and that's is change in length you got it now?

[@-SoujanyaSoujanya]

T2 -t1 70-10 =60 I think

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[@SMPraveenS]

Very good teaching sir