Material Properties - 2 | L :6 | Strength of Materials | K2K Batch | Apuroop Sir

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#GATE_2022 #GATE_2023 #Strength_of_Materials #Mechanics_of_Solids #Apuroop Sir

[@keyurpanchal3299]

Amazing lacture sir , lot of new things we learned, specially simple tension test and much more, keep it up sir, u r doing great work for country ❤️❤️

[@apuroop1989]

😊👍🏻

[@rakeshsoni5270]

Sir aap bohut achha padhate ho, aapka tarika kafi effective he , thankyou sir for such kind of efforts,

[@navnitkumar280]

Excellent session sir

[@apuroop1989]

👍🏻😊

[@mahadevaprasadn5669]

Excellent session sir thank you

[@apuroop1989]

👍🏻😊

[@RaushanKumar-iw5dn]

Best explanation sir

[@apuroop1989]

👍🏻😊

[@harshitrajput6865]

That part where you told, that we don't actually increase the load, we increase the strain, greatly cleared my misconception. Its sad that most books havent actually specified that.

[@amolsandbhor]

Mistake: When material is unloaded at Elastic limit, 100% strain will be recovered.
Great lecture, highlighting mistake for better cause

[@hellooooo532]

Sir, you are the Chanakya of SoM sir you are maha guru sir.. hats off to your teaching sir🙏 🙏 🙏 🙏

[@AARSHIKITCHEN]

Amazing sir

[@patwalsuraj]

Amazing lecture sir.

[@afridiansari1021]

42:41 sirji aaj k class me aap ye doubt mera clear kar dena ki, 'Elastic limit point B tak khatam honana chahiye tha and B se he plastic zone boltey, toh aapne C tak kyu elastic zone manaa h jab ki C pe load hatayenge toh wo original dimension gain nahe karega firse'

[@heshwanthreddy2844]

I also have same doubt

[@heshwanthreddy2844]

I agree with you

[@Vxch12]

in the region between the elastic limit and the yield point, material deforms plastically, although on an extremely small scale, since the deformation between the 2 is so small, they're almost the same thing, for explanation these point are separated out but in real they are close and even considered same

[@round_2sonipat735]

Sir notes and pdf is not available om this link please share all pdf with us🥺

[@sci_world2960]

Thanks sir 🙏

[@bhatasra307]

What an amazing explanation 👏

[@PremKumar-yb7sx]

Great lectures sir,👌👌👌🙏🙏🙏thank you for this

[@arjunmishra8241]

Bhai yeh lecture next level hai 👍👍

[@afridiansari1021]

Feedback : Negi sir jese samjhane k baad conclusion likh dete h, par aap nahe likhtey, iska disadvantage yah hoga ki, jisne subject pehli baar parh raha h wo revision me bhul v sakta h kuch chhezey. As for example, true stress ko aapney conclusion me mahe likha and also stress strain diagram ka kuch conclusion yaa fir strain hardening ko aapney kuch v conclusion nahe likha. So, my conclusion is aapkey jesa acha SOM kisine nahe parhaya mujhe, lekin aap negi sir ka conclusion likhne ka style follow krey toh I will get the best of both worlds and revision will be easier without much of "HEIN? "

[@sundaramvishwakarma7184]

Agreed!

[@patelnirav2320]

Sir kya som completely full depth cover hoga ???

[@satyasadhu2677]

Ductile materials are strongest in compression and weak in shear..

[@asmaruddin7410]

53:28 strain hardening

[@khondokerazizulhaque357]

For the first time I hear why strain curve is plot on x axis,most of teacher said Aisa hota hein,lekin Kiyun hota hein ,no answer

[@letsdoit3418]

❤️❤️❤️❤️

[@ruthsumi4631]

❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤

[@Motivational__Tech]

This link not open sir

[@aashikamehta3885]

Starts at 5:04

[@heartbeat1998]

👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌

[@yt_gauravgg]

6

[@subhanshuyadav6318]

Very good explanation sir love you