Recrystallization in Metals | Cold Working and Hot Working | [Explained Easily with Animation]

[@NotChengYi]

Thank you for explaining with such simple yet easy to understand terms

[@pandiarajanra8900]

Nice explanation bro ❤️

[@Studyy087]

Thank you sir for this mice explanation
I was able to understand it very well
I hope you keep uploading such videos
Have a good day and nice journey ahead
Regards
Fellow mechanical Engineering student

[@mechvidya8881]

I am glad you liked it. :)

[@SAGARPATIL-ze8gz]

Thanks sir .its my core business but understood wt i was missing most.

[@brianbender7438]

Very good explanation. Thanks.

[@heregulmithal7063]

Excellent video

[@AbdulM88]

Great video brother

[@andrewnallayanw2357]

GOOD...KEEP DOING MANY MORE

[@mechvidya8881]

Thank you, keep supporting

[@someshjoyguru]

Very nice. You got a new subscriber

[@tahy59]

good thnx

[@metallurgywithajr6426]

The resultant microstructure can be explained sir.

[@knowcivilengineeringwithkundan]

Well explained bro. Can I use some of your Contents in my video

[@mechvidya8881]

Sure... No problem

[@ThePeterDislikeShow]

Would this work for bismuth? I make bismuth casting art and would like to know if I can recrystallize it by putting it in boiling water.

[@mechvidya8881]

I think Bismuth melts at about 275 deg C. So if you melt it and allow the metal to cool new crystals will definitely form

[@ThePeterDislikeShow]

@@mechvidya8881 I meant strengthening it without melting. By heating it to 100 C in boiling water. I cast things out of bismuth.

[@Mr.PK777]

Nice

[@rohansoni1845]

Thank you

[@Prathap6503]

Super bro.

[@ericpham7773]

With cold working we can cold burry body in statue for few thousand years and recall easily

[@Shamilsk665]

Ktu 😁

[@arjunsolanki261]

improve your video quality