Crystal Plasticity Basics Part 1

This video talks about the basic concepts of crystal plasticity and when to use it.
Later videos will follow mathematical modeling and software tutorials.
Crystal Plasticity Basic Part 2: • Crystal plasticity Phe...
Please leave a comment if you have any questions.
#crystalplasticity #plasticity #notrealengineering
You can download all the files from: github.com/NotRealEngineering
Email id: [e-mail]
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[@user-mi9tm2yr8n]

Thank you for such a great video! I am working on crystal plasticity for my graduation reserach. Without this video, I will be an undergraduate forever!

[@erfanmeydani4350]

Very same here. I also appreciate all your efforts for this wonderful explanation of the subject.

[@shiwenhu577]

Thank you very much for sharing this video!

[@amrutamahajan9606]

Thank you for such a clear explanation.It helps me in my further higher studies...so thank you so much

[@calebyenusah3174]

Awesome lecture series on crystal plasticity!

[@pouraliakbar]

Wonderful explanation! recommend the videos for those working or interested in plasticity

[@sahamsharifi5012]

Thank you so much. The presentation is wonderful. Thank you for the basic complete explanations.

[@NotRealEngineering]

Thank you very much for comments.

[@fueiuie]

Thank you for brief explanations !

[@kumaraman966]

Amazing video! and very informative. As a 1st year M.Tech student in Metallurgy engineering i felt this video helps me a lot in understanding the concept. So thank you so much.

[@NotRealEngineering]

Thanks a lot!!

[@lauragonzalez3641]

Thank you for this video, it has been really helpful

[@amarrch100]

Very crisp and clear explanation to crystal plasticity. Thank you very much for your effort.

[@NotRealEngineering]

You are most welcome

[@user-rs3qx8fo2l]

Thank you very much. It is really nice,especially explanation about plastic deformation only caused by the shear.

[@NotRealEngineering]

You are welcome.

[@sahamsharifi5012]

Thank you so much. Please keep going.

[@NotRealEngineering]

We will!

[@rajjani5392]

I loved the video. Thank you for teaching me this.

[@NotRealEngineering]

Thank you 😊

[@dadaz2414]

I don't know how to express my gratitude, but I think your work is a milestone in the field of materials science teaching, wish you well

[@NotRealEngineering]

So nice of you

[@paradise_nsh]

I am working on crystal plasticity and I was really stuck into the tasks.I can't say how much I am thankful for this video.It was quite straightforward and direct to the point.Also, it was very understandable

[@josecotelo7982]

Have you been able to run this on Abaqus 2022?

[@dheyaaal-saedi4194]

It is really nice and simple explanation. Thanks a lot.

[@NotRealEngineering]

Thank you very much.

[@liboyan7010]

@@NotRealEngineering Sir, can we have a RVE -> Crystal Plasticity in Abaqus, thanks in advance!

[@raatube123]

Great job in breaking it down in bite size portions.

[@NotRealEngineering]

Thank you!

[@metallurgist_slw2612]

Very helpful! Thanks for sharing.

[@NotRealEngineering]

Most welcome. Thanks for stopping by on this channel.

[@NotRealEngineering]

Most welcome. Thanks for stopping by on this channel.

[@Jppvv492]

amazing!

[@gomaa2020]

that is awsome and so helpful , keep going

[@NotRealEngineering]

Thank you very much!

[@lucasmalima]

Very good explanation

[@khaledadem6464]

Nice, short lecture summarizes crystal plasticity for beginners

[@NotRealEngineering]

Thank you

[@vinnis5080]

woww such an amazing explaination

[@NotRealEngineering]

Thank you for your comment!

[@mustafarifat2383]

Really nice explanation! Your style of explanation makes so many fundamental concepts so easy to understand. You explained Schmid Factor nicely here. Can you please explain the difference between Schmid and Taylor Factor?

[@NotRealEngineering]

Thank you for comment. Sure I will add that in the list of future videos. Thank you for suggestion.

[@abhighosh1267]

Really helpful! Thank you :)

[@NotRealEngineering]

Glad it was helpful!

[@ting-juwei6584]

Thanks you so much!! Nice viedo.

[@NotRealEngineering]

Thank you too!

[@MrRammi41]

nicely presented!

[@NotRealEngineering]

Thank you

[@mianimran5985]

Appreciative presentation sir..

[@NotRealEngineering]

Thank you

[@kalyankumar-gu6md]

Superb

[@NotRealEngineering]

Thanks 🤗

[@Asher_MGG]

wow! what an amazing description.If I may ask can we evaluate or relate twinning and martensitic transformation during an impact between liquid droplet and single crystal metal? Can we model the dynamic of the plastic deformation and quantitatively measure the stress generated at the atomic level?

[@lobnachaabani2721]

thank so much sir.

[@NotRealEngineering]

Most welcome

[@mohammedkandiibrahim7074]

If you have boundless of knowledge on pole figure interpretation your assistance is highly needed

[@mohammedkandiibrahim7074]

in my opinion, you have passed a knowledge but I would like you to recommend books or sites for further reading. Thank you!

[@vikeshkumar-eb4bl]

👍

[@NotRealEngineering]

thanks

[@timosaksala4797]

"some atoms get squeezed into each other" - what kind of an atom model that presupposes?

[@MrRammi41]

Can you please provide me a good text book on crystal plasticity??

[@gomaa2020]

still waiting for how to model the crystal plasticity in mesoscale modeling

[@NotRealEngineering]

Yes, I am working on that. Thank you

[@gomaa2020]

@@NotRealEngineering can i have this slides in pdf or so, email is [e-mail]

[@NotRealEngineering]

M. Gomaa Abdoelatef sure

[@kaliprasad4625]

Thanks a lot. Your channel is very useful. Please make more videos. I request you to please share your mail-id.

[@NotRealEngineering]

Thank you very much. You can see my email ID in the about section of this youtube channel.