Isothermal transformation diagrams and non equilibrium Fe C structures

[@isaiahmichel2372]

3 Years later and still the best video on youtube teaching this! thanks from Canada!

[@isaiahmichel2372]

Is there anywhere that your notes are posted? if not thats okay as this is a very old video. However it would certainly save me time and allow me to have the diagrams!

[@sssor12]

If I ever make it on this course you'd be quite the only reason. Thank you so much.

[@noahhancock1015]

This was incredibly-well taught! Thank you very much!

[@gerardoperez4067]

Good Stuff. Very well explained and easy to understand from the way you teach. Thank you!

[@mertyigit4093]

You are the reason I get A+. Huge thanks!

[@gabriellenilsen140]

Finally understood after watching several other videos, thank you!

[@OmarAttar]

A LIFE SAVER ! thank you

[@951ddi]

thank you from Saudi Arabia, you make me understand more clearly .

[@cedh3462]

You're the best!

[@Grant-Engineering1]

So very helpful and well explained, gonna ace this test 😂 thank you so, much from Charlotte North Carolina

[@sarahahmed3179]

You are a very awesome human being!! Just watching this prepared me for the exam!

[@tonyacoffey5568]

Thanks! Glad it helped. Good luck on the test.

[@BitterTast3]

Thanks from Middle of Nowhere, Arkansas

[@mohabshawky4642]

thanks from egypt! ur better than my lecturer

[@paolokhayat]

thank u soo much noway you targeted exactly what I needed!

[@jorgelevario3478]

wow amazing command over materials science! thank you

[@danielflamebrown5426]

Great explanation. You point out the parts we can have some hard time to understand makes me feel comfortable with the topics.

[@gasudharsan4811]

awesome mam your explain so nice and understanding easily

[@muh6099]

Thanks a lot, this video gave me a better understanding of TTT diagrams. :)

[@misharyabdulaziz4429]

thanks from Saudi Arabia too

[@claramelb7476]

Wow! Thank you so much! I finally got it

[@anurag7058]

Nicely explained.

[@jashdaftary8965]

excellent stuff

[@fozlealahishanu8725]

Thank you, Mam, for this informative lecture which helps me to understand this Cooling curve, TTT and many other stuffs. I would give 100 likes if it's possible. Take my gratitude and keep doing good works :)

[@abdulmajeedalmohnna7579]

Thanks from Saudi Arabia

[@mohmadsaber5503]

well taught thank you very much!!!

[@11warlen]

Thanks from Brazil...

[@tonyacoffey5568]

It's nice that anyone outside of my students actually wants to watch these. So thank you.

[@13-ahmedmohamedhassan73]

@@tonyacoffey5568 if i quenched quickly to 25 degree celsius and then reheated to 700 for 24 hours is it tempered martensite or spherodite

[@lilitv9723]

Thank you so much I finally get it

[@qussaialsami8324]

Thank you too much it's was useful

[@alpercandan7604]

Thanks, that was helpful

[@yassersmara7200]

Thanks a lot

[@akashdas3763]

thanks very much

[@arvinwicaksana8040]

thankyou

[@mertcelik8553]

shit be gettin deeper bruh

[@anurag7058]

It's clear why onset of transformation gets quicker with larger undercooling (increasing delta g) but why that transformation begin time increases after some time ? In short why do we see a maxima like thing in ttt diagram ?

[@luisriojas9929]

Very nice! Thanks! How do we define where the pearlite, bainite structures form on the IT diagram? All I have on my diagrams is F+C. Are all pearlite, bainite zones the same on all IT diagrams, regardless of carbon content?

[@eslamkhalil6459]

excellent , can you give me the presentation . it is very useful for me

[@13-ahmedmohamedhassan73]

if i quenched quickly to 25 degree celsius and then reheated to 700 for 24 hours is it tempered martensite or spherodite

[@13-ahmedmohamedhassan73]

@Tonya Coffey

[@tonyacoffey5568]

@@13-ahmedmohamedhassan73 Sorry. You'll have to do your own homework! I am a professor too.

[@13-ahmedmohamedhassan73]

@@tonyacoffey5568 that was a question on my exam. i have taken my exam since the last two days