Strength of Materials | Module 1 | Hooke's law (Lecture 2)

Subject --- Strength of Materials
Topic --- Hooke's law (Lecture 2)
Faculty --- Venugopal Sharma
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[@rahulrajan1656]

After 7 years building basics. Great lecture.

[@sureshentertainments9855]

sir you are out standing lecturer, now onwards I am loving strength of material subject(after 5 years )

[@vipulpangadi2811]

Nikaaal lowday 😎

[@AshokKumar-nj9sz]

🤣🤣

[@Engrwaleed555]

Pure concepts. I've read several books for MOS but my concepts were still weak. But this guy is just amazing. He explains each and every aspect of the topic. Thank you sir. You are awesome..!! Love and support from Pakistan.

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[@thinkgrow4296]

very nicely explained...in our college most of the teachers simply explain the textbook lines and solved some problems.. except a few teachers all others are doing their work merely for salary, no dedication.. no ethics or may be they don't have any conceptual clarity.....

[@niteshthakur2644]

no one had explained these things in such a simplistic and beautiful way thanks a lot

[@civilgoli]

Sir u are really great and thw way you teach this subject is amazing u make this very easy to understand ....I really hated SOM during my enginneering ...because of which is suffered alot in Structural Engg... I am gald i came across ur videos... Kindly keep posting such stuffs for economically weak students free of cost... Thanks again sir...

[@mahendrapanwar2092]

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[@himsallinone9071]

Hello Venu gopal sir, I'm now big fan of your style for teaching and thank you so much. I'm doing AMIE in section B in mechanical engineering. Pl make one video for AMIE students for how to clear all subject in one attempt.

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After 6 year I'm loving this subject

[@TalkswithRt]

Yar dislike mat karo sir itna mehnat karke padhte ,like nahi karna hai to mat karo but dislike mat karo .🙏🙏

[@Priyankakumari-yb4pw]

Apke help ke liye bahut bhaut dhanyawad

[@bikashmohanty252]

SIR, we need lectures on I C ENGINES & GAS TURBINES also. you are requested to come up with lectures on I C engines. please hit like if you all also need video lectures on I C ENGINES & AND GAS TURBINES.

[@Ansh_World21]

Sir in this lecture-2 I found not discuss about two K and Miu

[@tamalbhowmick1548]

What an way to make your students understand......sir apko mera naman.....🙏🙏

[@msshubham619]

Sir, maza aa gaya pad ke phir see. Thank for Your precious time.

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Pad ke🤣🤣🤣🤣

[@ashishyadav1035]

Sir production technology ko bhi isi tarah start kariyega ki wo bhi easy ho jaye ... again thanks for excellent teaching..

[@supremekumarsah61]

The way you teach ,awesome sir, please upload all videos sir

[@shivamprakash2226]

Sir,please explain the Young's modulus definition if dl is same as L but during compression.

[@Pooja-mx3db]

have you got the answer for this..??

[@eralaksarkar.3224]

Best teacher I have Ever Seen ♥️🙏🙏🙏🙏GoD Bless You and Your Family ♥️🙏🙏GoD Bless The Team🙏♥️♥️

[@vijaybramhane3018]

Sir add all video upto first week of November.. Plzz sir

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[@mohammadshoebakhtar2497]

how can i thank you sir...you save my engineering..luv you sir🥰🥰🥰🥰

[@animalworld3510]

did anyone having doubt regarding ideal plastic material, why force is taken zero. According to my understanding if F=0, then every material will behave in ideal plastic material.

[@dhrubajyotidas4523]

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[@ravigond9283]

Best teacher of machanics

[@rajaraghwan2914]

Sir i have doubt u r saying that young's modulus E is (i) the measure of stiffness (II) also the slope of stress-strain curve after which we get to know it is the measure the of stiffness but after defining we saw that it is the value of stress which can double the length of member sir youngs modulus is defining three terms . . .plz explain

[@jenilshah6689]

Bahut badhiya padhaya aapne sir 👍

[@shabirladakhi5041]

Sir plz more lectures on S,.A ...n thnk u so much sir for ur support in F.M ..I use to study ur notes ....god bless u ..👌👍

[@humorous_abhiyan]

Very beautiful lecture in a simple way❤

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Your all videos are wonderful

[@hassannawaz554]

thank you sir ( themodynamics + Mechanics of material) Sir Steel is more elastic then rubber??? Sir How

[@ice_one5728]

sir the definition of young's modulus should have been within elastic limit and i have a doubt that can change in length be equal to original length within elastic limit ? sir pls reply

[@maheshkanoji3593]

Thank you for your simple language teaching and logical explanation. Request you to please solve numericals.

[@artistic-v8411]

Sure

[@YME-xr5rj]

@@artistic-v8411 sir please upload videos after module 6 sir

[@AlligatorAli]

Thanks sir. You went into so much depth.

[@samsungmaharashtra4514]

Sir more the value of youngs modulus less the strain i.e. elasticity is more. Hence youngs modus is called modulus of elasticity.?

[@sonitpullz]

sir strength of materials k saare videos aap hi upload kariye. Ap us wale bhaiya se accha parate ha.

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Sir plz upload all video of thermodynamics....Plz sir

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Very well done

[@kathanshah146]

Pls upload all videos of strength of material as soon as possible

[@ajaygopal2723]

Hmm sir.

[@pijushmondal1632]

Hmm...sir jaldi

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SIR I HAVE A REQUEST...JAB AAP SHEAR STRESS IN BEAMS PADHAOGE TOH PLZ TEACH SHEAR CENTRE ALSO AND ITS QUESTIONS

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[@artistic-v8411]

Thanksss

[@prateekdeo8460]

please make a video of strenth of material for semmester point of view bec these videos are very deep concept so i am confused and please try to solve upcoming numerical of semmester exams

[@civilbyramsir9822]

Actual explanation guru jiii

[@yogeshkumar-zg9ml]

sir i m too much impressed with ur technique of teaching thanqq so much sir and upload full video of SOM

[@artistic-v8411]

Thanks dear

[@YME-xr5rj]

@@artistic-v8411 please sir upload all videos

[@eshapatnaik8841]

very good videos. concept is clear. way of thinking is improved.

[@artistic-v8411]

Thanks

[@engineeramankumar4922]

Great teachers 🇮🇳🌍👌👌

[@dipankardas4396]

Is venugopal sir's lecture enough for cracking gate XE paper for solid mechanics.

[@vindhyeshvariprasadupadhya2365]

Deflection of beam par video बनाइए venugopal sir plz.....

[@vinaykumaryadav5267]

Please upload all videos of som

[@dhananjaytandale8657]

Good lecturer

[@bekind7211]

Sir acc to hookes law within elastic limit stress is directly proportional to strain So why it is valid up to proportional limit Please sir clear this doubt

[@nanasahebpatil7739]

@31:45 Sir Hooke's law valid upto proportionality limit or Elastic limit 🤔

[@ভালোথেকোবন্ধু-স৯ঘ]

Thank you very much Sir

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pls upload the lectures on other subject of civil engineering

[@gauravsilswal8949]

Sir aap bahut achha padate h thank you sir...

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Thanks sir for give wonderful lecture

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[@shubhamsaini8298]

Fantastic lecture sir

[@ashishyadav1035]

Awesome sir... thanks

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[@tsetendorjee3556]

Sir can u explain me how rigid of the material is more if the modulus of elasticity is more

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Finally doubt is Cleared by sir..

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Sr please more video on strength of material

[@shankardhanush5752]

Can u explain about modulus of elasticity and rigidity

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Excellent sir, but we need cases with example so we can easy unterstand.

[@sakethvaishya1]

outstanding lecture series

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Bahut mja a rha he sir padhne me

[@SachinKumar-tc1sk]

Your teaching style is awesome sir 🤘🤘🤘🤘

[@naturalbeauty2489]

Thanks sir

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Sir very nice teaching please upload all modules

[@Skycivilian]

U r great sir

[@likunayak4274]

Great explanation sir.. Thnx ❤❤

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Excellent sir i haven't seen a lecturer like you in entire my life Sir

[@AbhishekKumar-vs8nh]

Sir plz thermo or fluid mechanics ke v video jaldi upload kijiye

[@muhammadrahil9079]

Very knowledgeable lecture sir thank you❤🌹❤❤

[@pankajsharma6586]

Nice one Sir

[@manoheryadav1491]

sir app bahut achhe se explen krke samjhate h bahut achhe se samjj me aa gaya mujhe ..nyc sir

[@udaynarayansingh2809]

Good lecture.

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Sir please upload all vedio of strength of material

[@mdjamiluddin847]

You are awesome sir

[@ManishKumar-eo4qm]

sir u have said...."youngs modulus is the value of stress which can double the length of material or member". sir my ques. is that if it can't double the length, then what it is????

[@sustainably]

Hope this will help. (As this is taken as learning platform, I would encourage the fellow students to comment). Young modulus is the property of material. Its is'nt depended upon the geometry of the material. In the given material, regardless of how it deforms on the given load. The Young Modules remain unchanged. For example, the standard value of 200 GPa is considered as Young Modulus of steel wire. Let's take two steel wires A and B. Steel wire A, 10 m steel wire is extended by applying 10 kN force and steel wire B, 10 m is extended by applying 20 kN force. Both steel wire A and B will poses Young Modulus E, 200 Gpa. The reason is, when you increase the force. This also caused to increase the stress and strain (remember the Stress is directly proportional to Strain) in the wire. Likewise, if you take 10 diameter of steel wire and 20 diameter steel wire and apply the force. The Young Modulus of steel wire remain unchanged. In here, he is simply trying to tell us that, as the stress increases the strain increases too and this gives a value of Young Modulus (E=stress/strain). If the length has'nt increased (no deformation) or doubled than it might have not reached its limit of proportionality.

[@SangeetaSharma-wt7vk]

Ossm lec sir

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Please Complete all the latchars on all the chapters from SS ratan book

[@sandipmishra3141]

Sir please upload video as soon as possible

[@chaitanyamalwe1881]

sir, what is the young's modulus for rubber & how can we can plot it's stress strain diagram

[@maharudrashinde07]

Awesome lecture.....

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Excellence

[@abinashkarmakar360]

Sir please make a video as soon as possible...

[@reshmireshmi488]

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[@ayushkarn6378]

Sir in ideal plastic if there's no resisting force then how static equilibrium condition will be satisfied

[@indranilbhattacharjee5662]

Best Mechanics teacher ever ❤️