Strength of Materials | Module 1 | Thermal stress | Part - 1 | (Lecture 15)

[@vsharma197]

Thank you sir!! You are the best teacher ever!

[@ashesh186]

You are born to be a teacher😝 thanks for clearing my concepts

[@shahebealam683]

Waoh.... What a teachers in this world

[@muhammadwaqaraslam9451]

Thanks a lot sir from Pakistan really nice explanation keep uploading lectures thank u from core of my heart 💜

[@deveshwarhade8368]

It's very greatttt and I am much thankful to u Venugopal sir and Gate Academy Plus. Ur explaining techniques is just great

[@sumitrana4875]

Sir your are best explainer everything is clear about thermal stresses ✌️✌️😊

[@joonaditya1533]

Nice delivery.... Calm but enough strong voice... Keep it up...!!!!

[@neptube6192]

your teaching style is wonderful

[@mebinglapung3405]

Sir your teaching has shortened my way of solving...awesome teaching...

[@gyansinghprajapat2366]

Very nice video lecture sir

[@moonisansari282]

awesum video sir boht acha samajh aya...

[@DCE-AsiyaTrannum]

Awesome lecture

[@munishkumar_]

In case of partially restricted expansion (when there is gap Y), the contraction due to reaction from wall i.e. 'del L' is taken as = P.L/A.E. In this expression, where L is the original length, should not the value be considered as 'L + del LT' as the original length because the free expansion has taken place and original length is increased? Isn't the compressive force reducing this total length after free expansion?

[@pranjalshelke588]

The original length of member is less than 'L' . After expansion it attains full Length i.e L . So the resisting will be happening over length L . I guess .

[@mohanpatil8948]

I think since 'del l' is small it is neglected

[@biswabehera5580]

So as delT also changing for delL(for thermal stresse developed)

[@sarathuddagiri9853]

It isn't free to expand so..It is trying to expand.... In the process of expanding,The wall is exerting some force therefore the original length is L only

[@shivamkenche1399]

Same question someone please answer this?

[@rajraj-fk5bk]

First' class teaching sir

[@tojonyori7451]

Thank you so much. Incredible lecture it is.

[@siddhantshekhar6279]

Thank you sir....for providing conceptually things

[@adityathokal8843]

Thanks Sir. You are the best teacher ever.

[@ultimatedeamclasses1815]

Sir aap bhut achha explain krte hai thanks sir ji

[@adityarawat9768]

Thankyou for the explanation sir

[@umairahmed7456]

Khatarnak

[@lalitkumar-lo9cs]

I like your every video sir

[@abinashkarmakar360]

Sir thanks is lecture ka mera bohot der intejar tha👌🏻👌🏻

[@niranjanbehera6126]

AWESOME LECTURE

[@vikrantkumarmaurya1296]

Thanks sir good work for poor students

[@rajasarkar7900]

Outstanding sir❤️❤️❤️

[@medhasingh6452]

sir, incase of wall from both the sides, you have equated change in length calculated from hookes law to that we obtain from epsilon(t) formua. But hookes law may not be applicable as temperature is changed. please explain!

[@mukesh9400]

Your are great sir.when gate will clear then I will meet you.thank sir

[@iftikharkhan8403]

Sir ur explanation is good just have 1 suggestion that your video is of 40 min its ok but but writing and understanding takes around 1.5 hrs its better if u upload notes of the same what u r teaching a small handy notes with some questions

[@nishchaysinha12]

Agreed brother.....

[@insanegamerfeast2873]

@@nishchaysinha12 same we have to understand everything and write it down in our own wording

[@akshaykshirsagar6495]

Very nice lecture.. thank you sir

[@arjunmohod6022]

Awesome what an explanation

[@sauravgawali6176]

That's awesome explanation

[@ashking1439]

Thanks.....cleared a lot of doubts.

[@rajaramshresthaofficial7849]

It's a great lecture ❤️

[@debrajdas7436]

Great TEACHING ♥️♥️♥️♥️🥇✌✌

[@rhanmanthu1818]

Excellent explanation sir

[@yogendrameena1785]

Superb sir g

[@bablookumar5549]

Very useful video

[@kidstalent5847]

Sir zabardast ❣️

[@kuldeepgond5558]

Soil bhi start kriye sir

[@arijeetboni6922]

amazing lecture

[@rohanpadhy1031]

Jabardast sir

[@chandankumar-ll3jd]

Thankyou so much sir ♥️♥️♥️♥️♥️♥️♥️♥️♥️♥️♥️♥️👌👌👌👌👌👌

[@sarveshnautiyal653]

Awesome sir 👌

[@ravisingupuram7004]

Good explanation sir

[@waseemsharif7695]

Thank you sir......good job....

[@STEPSFORGATE]

Thank you sir 🙏

[@ayush_kandari25]

sir i have a doubt at 20:35 how you write delL= PL/AE.? Please anyone can explain me

[@dineshsen9903]

excellent

[@BiswajitDas-vt8ec]

Well explained

[@abhishhekkumarkumar1412]

Sara lecture complete kar liye sir

[@prajwal7237]

Thank you sir Love you sir

[@shivamMishra-db3ck]

Thanks a lot sir 🙏🙏

[@jaiho-pankajkumar]

Nice explanation...

[@mannubhai0447]

Sir yadi partially restricted ke case me ham gap create nahi kare aur nahi wall lagaye toh vaha free expansion hoga aur jab aaisa hoga to stress ka value zero ho jayega. Aapke according partially restricted ke case me stress ka value zero nahi hona chahiye lekin aaisa ho raha hai jab ham na gap rakhe aur na wall lagayen. aaisa kyo ?

[@mohammadshoebakhtar2497]

Jb gap nhi rkhenge aur nahi wall to wo free expansion ka case bn jayega na fir apka doubt kya hai isme?

[@RahulSharma-tq4bp]

Sir! Please! Please! Help! Us Make a video of OPEN CHANNEL FLOW With questions and hydraulic jump with IES Questions (which is some of the questions not solvable by me). Help us sir! Please

[@killerpunk9921]

Thanks a lot

[@tejasgamit9884]

Thank u sooo much sir

[@kuldeepgond5558]

Thank u sir

[@abhinavsahu6440]

when we are finding the contraction in the bar due to the force P why do we take the length of the member to be "L" , it should be "L+dL" or is it the assumption that dL

[@Harshraj-un2el]

Same doubt? Can you please clear it now!!

[@tradingtech6349]

Same doubt....anyone please clear

[@himanshuparhi7639]

A rod is enclosed centerlly in a tube and the assembly is tightened by rigid washer if the assemble is subjected to a comprehensive load then? Ans :both rod and tube are under compression . Sir plz tell me how

[@pk-sb9vt]

Sir it's not necessary that for partially restricted,thermal stress is not equal to zero because if Gap is greater than thermal expansion

[@poojachaudhary2348]

THANKU SIR...😊

[@tarun_sarkar_]

Can You please give the assignment or numerical problems related to these topics????

[@fuzailahmad3653]

Sir module 2 jldi se start kijiye

[@kc3261]

Sir jab slender bar ko dono taraf support provide Karne k bad temperature increase Karne par lateral dimensions me strain Nahi aa Sakta Jo hamne pehle neglect Kiya tha kyunki prominent diamension length tha kyunki ki bar slender tha To ab jab length par supports aa Gaye hai to material non prominent lateral diamension SE expand hone Ka try Nahi Kar sakta

[@kc3261]

????

[@VivekSingh-oe3vl]

Thanks 😘

[@aniketsaw7347]

Thank U Sir

[@jaybrahmbhatt2401]

which materials don't change when giving more heat so contraction creates?

[@haopuhaokip8986]

i ma waiting your video in english...........it will be interestng if in english

[@tarunadhvaithnandan3160]

Sir lecture 16 video is missing

[@anilpatil5248]

Sir if bar is cooled below 0 degree then which stress is produced in bar and how?

[@ASHISHKUMAR-vr5mg]

Sir thermal stress depend upon resisting force aisa kah skte h kya...?

[@pradipkumarsood313]

Thanku sir

[@SANDIPKUMAR-vr1os]

Good evening sir

[@sureshjat9778]

Sir please IES K conventional question bhi krwa do.

[@deeptikumarroy8630]

So in case of free expansion, there is strain but zero stress. Hence, strain may happen without stress, right?

[@das9hk]

Ya offcourse strain is independent but stress is dependent on strain so its not necessary if there is strain then their must be stress as it is independent but ya if there is stress then their must be strain (individual ,net can be zero)

[@abhishhekkumarkumar1412]

Sir theory of structure ka video share kigeye

[@gagansahu6108]

Sir module 2 kab start kar rahe?

[@sumitkumaryadav3254]

Thermal stress in composite(steel and copper) system ka video banaye sir please

[@harishdhawale7240]

Plz upload column lecture

[@venkateshbhukya6090]

if the member is fixed on both sides, by increasing temperature does the length increase or not?

[@amritakumari2303]

No

[@PGNIRANJANKUMAR]

thermodynamics complete kijiye sir

[@artistic-v8411]

NIRANJAN gate KUMAR please wait for 28 Nov.✌️

[@PGNIRANJANKUMAR]

@@artistic-v8411 thanks for information sir

[@aarishgulfarosh2561]

@@artistic-v8411 please sir module 2 k baad se continue kijiye mos ka..

[@satwatsingh2341]

Thermal stress me resisting force hoga??

[@nejamuddinali3741]

P is taken as a reaction force due to wall.But here metal is not giving any resistance to us . so interestingly there no resisting force.😋

[@AmitKumar-kh1pr]

Thermal stres part 2 lecture 16 is not available

[@msrazaguru2235]

sir i want to buy pen drive course for gate M.E. 2020

[@prafulmahajan2486]

txs sir

[@JB-uu8wi]

Sir soil start kariye....

[@ayushgoel172]

Civil walo ka bhi dhyan rakiye sir

[@ROHIT-sk3ox]

Venugopal ayyar😂😂

[@piyushdeshmukh4282]

Sir Thermodyanamics ke bhi video upload karo

[@artistic-v8411]

piyush deshmukh please wait for 28 Nov.✌️

[@piyushdeshmukh4282]

After 28 Nov plz continue upload on thermodyanamic

[@naushadtech8394]

Sir hardy cross method in pipe network..par ek video bana dijiye plzz...

[@truescienceknowledge]

Manufacturering process start karo

[@mukesh9400]

Bhai Mukesh Sharma sir ka hai video mfg ka

[@truescienceknowledge]

But sir tecting tenic very bed you tecting this subject

[@sportsmotivationandstatus5022]

Sir please make video on SFD and BMD diagram lecture .... Please sir .........

[@koushikdutta6273]

Yes sir....sfd and bmd plzzz

[@surajitsamanta3548]

Wow sir

[@deepaairy8150]

lecture 16 is missing

[@nejamuddinali3741]

Niche toh dekho

[@sijalraymajhi6517]

22.43

[@alphacreations4558]

Need to improve teaching skills

[@AbdullahKhan-hs4nk]

Lagta hy ratta lagaya hy koi concept bhi hy apke pass

[@rakeshkarmakar102]

Thank you very much sir