Elastic Constants and their Relationship | Lec-5

[@UnacademyGATECivil_ES]

[SSC JE] Which of the following materials has a Poisson's Ratio more than 1? a.) Cork b.) Wood c.) Plastic d.) None

[@anmolrajrajput7887]

Civilocity none

[@deepthisharon3369]

tell the answer

[@chandankumarck3205]

@@deepthisharon3369 none

[@nitishmishra4044]

Maximum value is .5

[@udmandloi370]

Wood

[@insanetechnology6933]

Your speaking skill is toooooooo.... good

[@durmuscan6964]

the guy speaks 37 secs in english and then starts indian all of a sudden. this is a whole new level of indian scam :D

[@dietherdominiquemarbella2706]

feels haha

[@prashantsingh9550]

There is no language like indian, its hindi+english = hinglish Indians commonly used mixture of both , thats how we speak...

[@chetanvaidya768]

Voice bohot achhi hai ❤️

[@Monuverma-rz1cr]

what a explanation 🙀 and what a knowledge of ur sir. 🎉🎉🎉.great 👍👍

[@sklearning4694]

Thank you sir

[@virendrasinghgurjar8273]

Mast.. amazing.... Keep this speed continue sir...... Bhut kam samay m bhut jyada seekhne ko mila.... Baki channels se bhut achha lga... Baki log 5-10 mint to like comment subscribe m hi nikaal dete h and that is wastage of time....

[@KavitaSharma-iv7ty]

Very nice explanation and beautiful handwriting....😊☺️☺️

[@UnacademyGATECivil_ES]

[IES 2014] If the Poisson's ratio for a material is 0.5, then the elastic modulus for the material is a. three times its shear modulus b. four times its shear modulus c. equal to its shear modulus d. not determinable

[@abhinayabhi4652]

Civilocity a

[@shubhamg1949]

a

[@vinodkumarmanjhi1048]

Civilocity a

[@bhaskarmalakar1805]

Bro..That was really good and helpful..Thank u...one thing is that in case of finding out the relation of E & C , when u found out the relation and determined the value of C from the equation,the equation might be as,C=E/2(1+poisson's ratio)...where it was written as ,C=E(1+poisson's ratio)/2

[@UnacademyGATECivil_ES]

11:29 yes, you're right. I might have missed that during the explanation. I will take better care of my upcoming videos. And thank you so much for these wonderful words. :)

[@bhaskarmalakar1805]

Civilocity ..welcome bro.. keep up your good work... all the best..

[@Deepak-en9kx]

#Amazing video sir nice explanation thanks a lot for sharing ur wisdom among us👍👍👍👍👍👍👍🔥🔥

[@RajPatel-rp2jf]

Nice in your explanation

[@Savvy07]

10:08 can you plz explain how you got strain in BD= τ/E (1+μ)

[@Rennick_aman]

It is due to the addition of both linear strain and compressive strain. strain due to tensile stress will be τ/E an strain due to compressive stress will be μτ/E.

[@imanizabayoemmanuel9374]

that formula is clear

[@adilahmed6189]

again nice lecture

[@ekilosurp]

😂 people are saying slow your speed and I was about to comment please make it little faster... 😅anyways! You're voice is great 🤘🏽 You're explanations are cool. ♥

[@daretoknowbaba]

Fun fact :You've the option to watch that video in 2x. Teetar banna isi ko kahte hain. 😂

[@mrhrushikesh1854]

Love you bro

[@shakirnabi8339]

good explanation

[@ay1927]

Which pen r u using ?

[@risingindia1582]

Sir your video are good but please clear some staps which cut by you. Directly

[@abhishek0o7]

awesome bro!!! thanks

[@mohamedkaamil]

really helped me, Thanks you

[@harendrakumar2306]

kzbin.info/www/bejne/p3qlpX6eaN2tl9E

[@ajitabhverma4434]

I understood ur each videos, but due to ur speed voice in this video , there are some concepts , which I didn't understood.

[@prajwals5557]

nice video, appreciate this video

[@repentedsinner3461]

thank you bro thank you bro

[@anjalipatel4116]

Thanks a lot it was very helpful ☺️🙏♥️thanks again nd again 💫✨🦋🙏

[@m.rehanrehan4762]

JAZAKALLAH

[@sonalgoswami1264]

`gud exaplanation thank you sir

[@universaleducation]

Sonal Gosai kzbin.info/door/gSml1rUykMrbetkFFi0Ywg

[@Monuverma-rz1cr]

started with western Style and end's with a indian style 😊

[@shaiksulthana-]

superb bayya I have a question how u got 1+mue in finding relation to E and C

[@virendrasinghgurjar8273]

Because another stress is of compressive nature

[@basantsingh1050]

I understood everything...which company pen u were using in beginning

[@sumiranmodi8203]

It's trimax

[@vijaynarayansingh9412]

nice

[@rllrll9512]

Anyone can help me with this answer urgently. Q:- Experiments were conducted in a tension testing machine to evaluate the materials properties of two metallic rods both having a diameter of 10 mm. First one having modulus of rigidity equal to 380 ton/cm.sqr when subjected to a tensile axial force of 4.90 kn , the change in its diameter was observed to be 0.0002 cm. The value of the bulk modulus of the second rod is the same as the first one but modulus of elasticity is 20% more. Based on the material properties calculate and compare the values of different moduli as well as the poisons ratio.

[@deepthisharon3369]

how u can u be genius in civil engineering topics..I'm dying to understand these things..tell me some easy way to prepare for my exam

[@civilstructuralengineer3362]

contact let me help you

[@khyachingfrumog9774]

Brother can you give the relationship of bulk modulus, modulus of rigidity in terms of alpha and beta.

[@khyachingfrumog9774]

Please help me

[@ullasrajs3537]

Will this come in Jee mains or advanced???

[@ritikyadav9558]

badhiya

[@mohdmobashshir4911]

Sir plzz hindi me samjhayie... jb itna acha samjhate h to sabko samjh ana chahiye

[@souvikpaul3312]

Is Poisson's ratio actually an elastic constant?

[@civilstructuralengineer3362]

yes it governs the bending of member means material having high poisson like Rubber bend eaily while cork having least poissons it will not bend easily hope you got ans!!!

[@rehenabegum9842]

Damn, those fingers!

[@faizanmanzoor9052]

🤣🤣...just concentrate on lecture.... don't look at fingers

[@rehenabegum9842]

@@faizanmanzoor9052 What's with you dude? Are you the guy in the video?

[@m.aarshad3020]

Ya yar so sexy (opps) 🤐 How good looking he would be 😍😍😍

[@ShahidAli-zf3gd]

Really yrr..😲

[@educationsystempvt.ltd.6495]

Sir last box bhi derive kar hi dete

[@naveenvenk]

very good but too many ads

[@Beingstudent005]

gande,elve,mujji haakh dahe ropie kilo em chu shayad fair & lovly muthmut athan 😉, safed hawne khetre hahaha bro ur way of teaching is absolutely awesome i can guess u must be a good civil engineer,

[@peerzadafaheem7822]

Sir ji K = mE/3(m-2) Where m=poisson's ratio I guess you are wrong if I'm wrong then i would pleasure to be corrected please clear my confusion.

[@ganagapatnamsubhash7376]

Bro this PDF please

[@gkfactwithme7834]

vvvv good yarr

[@UnacademyGATECivil_ES]

+shashank sharma thank you so much!!

[@wish2vishal761]

When the ratio is -1???

[@r2fgaming449]

Sir jyada english bolne se physics aasan nhi hoti ya aap jyada pade likhe nhi lagte take inspiration from physics wallah

[@amrulshaik4465]

cool dude

[@adilahmed6189]

i never seen (N) for modulus of rigidity

[@thebrahimkhan]

Plez slow yur speed... All other is😊👌👌

[@nikhilkashyap5462]

RCC & structture Lecture ?

[@UnacademyGATECivil_ES]

+Nikhil Kashyap will be uploaded soon on the channel!

[@173kanishkayadav4]

Bhai aur subject ke lecture bhi upload Karo pls

[@edwardelric1238]

relationship between bulk modulus and youngs modulus k baad sab jald baji me padeiga gaeya he!!!!!! the numbering such as bd1 and bd arent distinguished and the tensile strain at BD wasnt even described properly either

[@targetgate4096]

E=3K(1-2u) so u=? I can't understand the derivation ? how come the value is u=1/2-E/6K?

[@naveenvenk]

go and study elementary mathematics first

[@sonalgoswami1264]

sir plz send me this topic pdf

[@UnacademyGATECivil_ES]

+Sonal Gosai Sorry, it wasn't created as a PDF.

[@anjel_1842_]

0.28 cant be the value for rubber in Poisson's ratio

[@ALOKJHAConcept]

kzbin.info/www/bejne/gquZeohjoNCJnsk

[@marieconstant6452]

thank you very much for those schemeless 2000 against civilization irritation divisionist.familial.for get Finance up..

[@MusicalShakshi]

Why so fast.....??? Btw thnku

[@eshaansharma280]

that rubber ( rubbah ) accent tho 😂🤣😂😂🤣😂😂😂😂🤣

[@thedetailsdigger]

Starting mein mein socha ki angrez hai 😅😅

[@nadeemsarwar5001]

where N is not the modulus of rigidity, symbol is Greek alphabet is lower case of Eta (H,n) Pls correct it. For verify it Pls click below link...... hemantmore.org.in/wp-content/uploads/2017/10/Elasticity-18-300x277.png

[@manojnagsharma888]

Bro informations r good.. But u should go slow, means less words with effectiveness.! If u simply continuously telling everything means it will not go.. 😐 Other than all good keep it up😊

[@phyobenezung1021]

Wow

[@rajamehraj8386]

U explained it very nicely but u r too fast.so please be a lil bit slow in ur lecture.

[@UnacademyGATECivil_ES]

Sure :)

[@pavankarthik9395]

Lateral strain nothing undersood

[@karansuryavanshi8687]

Please make a video in Hindi language

[@shahmeershaik3727]

Please bro ...the way of ur explanation is very fast

[@edaylmaz6495]

Is it english O.o

[@RahulYadav-fb8ej]

upload more video

[@Will_Of_Power]

So fast lecture.only for revisioning .not first time understanding

[@kaushalmachhliya1263]

Sorry sir mix language see jyada acha he sirf hindi

[@r2fgaming449]

Sir aapka accent kuch jyada hora American's ko nhi indian ko padha rhe aap

[@ayushshaw3681]

Too fast

[@nickkdebb197]

So first

[@simplifiedrailways5530]

Bhai sound ko sync to kar leta. Dikkat hoti hai bolta kuch aur likhta kuch hai.

[@onepath8249]

Hindi me Sanjay bhai

[@bhupendrakhatti1085]

Itni jldi kis bath ki h

[@afamefunajohn3842]

would have appreciated this if you maintained your lecture in English Language. You lost me

[@douknow9342]

= likhne me itni kanjoosi

[@vidvatsharma4505]

Ye zabardasti ka accent kyun daal rkha h Hindi m hi bol le poora

[@oleahuertahugoarmando3555]

are you rapping?

[@UnacademyGATECivil_ES]

I'm sorry if you felt like that.

[@pelegfrancis93]

Use one language. Not all Indian know Hindi. 🤦

[@kartikthakur2837]

Stop calling yourself Indian if you don't know Hindi ...

[@varundhakad4648]

Bhai fake accent banane ki puri kosish.

[@Manash1997]

Hindi is our national language , speak Hindi spread Hindi all over the world ..... Boycott English

[@CyberShek]

yet you wrote the whole sentence in english😂

[@paritoshchakraborty1766]

good explanation