Slip vs Twin | Crystal plasticity basics part 5

[@sriramyashwanth5413]

It is literally the best video on plastic deformations that I have come across. Simply Amazing!!

[@romanaafroz1684]

Hi, thanks for the demostration. Please make a presentation on kink band formation in hcp materials.

[@maximus7947]

Very good series, enjoyed it a lot

[@rushi.modhave]

Great explaination, great video, great knowledge , great content , great representation. Thank you. also please upload further videos related to CPFEM anaysis

[@mdrazzakulislam5918]

Thank you so much for your dynamic explanations. Waiting for more videos on this series.

[@tarunsantosh8811]

i have observed that you haven't continued this series on Crystal plasticity. It would be really helpful if you make more videos on this topic

[@NotRealEngineering]

Yes, will make video soon. Just busy with other stuff.

[@roshanmarode4679]

Fantastic Explanation....even the lay man like me who is not having any materials background can understand it. Thanks for sharing....looking forward to have more videos

[@weipeng6340]

Thank you very much for your detailed explanation and look forward to your future video.

[@Roerice]

Thanks a lot for nice and clear explanation about the mechanisms.

[@MuhammadNaeem-e1w6i]

Assalam o Alaikum. I really thankful to you for this nice piece of Teaching regarding plasticity. The slip planes and Twinning. This is really the best one

[@alekseiegorov9857]

Clear and concise! Thank you!

[@NotRealEngineering]

You're welcome!

[@madanpatnamsetty2152]

Thanks for the Video..adding to the content, there are few FCC metals or alloys that produces twins during deformation or annealing. That is depends of Stacking fault energy (SFE) of the respective metals of alloys. Please make a video about SFE to better understand crystal plasticity for the viewers.

[@springnuance7048]

holy god, thank you so much for this life saving video. I have been using damask and very perplexed what is twinning XD

[@NotRealEngineering]

You're so welcome! Glad it helped.

[@AmaniElFathan]

Thank you very much. This is very clear about difference between twin and slip. Looking forward for the next video about mathematical aspect of twinning

[@sultansyzdykov6445]

Perfect explanation.Thank you!

[@NotRealEngineering]

You are welcome!

[@sauravkamalmedhi6008]

Very detailed video. These kind of informative videos are hard to come by. Thank you for making this and keep making new videos

[@senchen6363]

Thanks for the valuable videos. Really looking forward to the following parts!

[@nathanaels9605]

At about 4:30 I too was wondering this exact question: why slip occurs through dislocation motion and not the whole plane moving at once. Your explanation answered it perfectly!

[@ms22btech]

Very nice explanation🎉🎉

[@mochammadnandikapratama3744]

thank you for the lesson, sir🙏

[@NotRealEngineering]

You are welcome

[@amankumar-sx2vh]

thank you very much sir to show movement of dislocation thanks a lot.

[@NotRealEngineering]

Welcome!

[@zhenzhang5907]

Excellent content!

[@NotRealEngineering]

Much appreciated!

[@sudhapal886]

helpful explanation......vry nyc

[@NotRealEngineering]

Thank you 😊

[@mani2263]

great video

[@sonulokhandesharingexperie8353]

Very very nice good video
Thank you

[@EmonXu]

Its very helpful thanks a lot!

[@sivarao7126]

excellent presentation

[@NotRealEngineering]

Many thanks

[@mactheo2574]

Awesome explanation!

[@NotRealEngineering]

Thank you

[@sheikhahnafalvi1479]

thanks man
..YOU ARE THE BEST

[@NotRealEngineering]

welcome

[@kmacfpv1097]

Best video!

[@NotRealEngineering]

Glad you think so!

[@adilzakirhussain6720]

Thank you sir

[@yanansun7511]

Thank you very much for the explaination about crystal plasticity. I'm wondering if there is a video CP part 6, or where is the video containing "physics based" model and the dislocations. Thanks!

[@pengbo7660]

agree！

[@tarekhussein2403]

U are exceptional, keep forward :)

[@teluguthoghtsandfacts]

Sir please do simulations on corrosion like pitting corrosion,pdp curves and EIS impedence

[@imanpeivaste5573]

thank you very much for creating these videos. could you please add some references for those who are interested in more information.

[@antoniotonisi2419]

awesome!

[@astha475]

very nice

[@Jehosafath]

excellent!

[@NotRealEngineering]

Thank you! Cheers!

[@Jehosafath]

@@NotRealEngineering is part 6 or 7 coming??

[@liboyan7010]

Sir, can we have a tutorial about RVE Crystal plasticity in Abaqus?

[@nivasramachandiran791]

why do we see thin lines under a microscope for slip? What can we infer out of it?

[@mr.unchained9386]

Nice video

[@NotRealEngineering]

Thank you 😊

[@MdSaadPatelPHD]

Sir, When will your next video be out?

[@vikeshkumar-eb4bl]

I think in case of twin that two black lines will represent as twin boundaries not grain boundaries.

[@vikeshkumar-eb4bl]

Overall very informative video to understand the slip and twins concept.
However, in the case of FCC, twin can be develope due to severe plastic deformation.
Formation of twins depends on the stacking fault energy of the materials.

[@priyankayadav544]

Sir Please upload videos on damask software

[@NotRealEngineering]

Working on it

[@shreyamukherjee8999]

@@NotRealEngineering can you please link to it

[@aleenasaeed3142]

Any dentist here?

[@usamatahir1353]

I have mailed you please check your mailbox