Edge Dislocations {Texas A&M: Intro to Materials (MSEN 201)}

[@Live4Christ4ever100]

You are literally the only resource I've found that helps me understand this, thank you so much!

[@strawbkittycake]

Really nice work - even my professor linked your video instead of trying to explain it 😁

[@vgpsir]

I wasn't able to understand this from the books or even the other videos available online. But this video made it very simple for me to understand the concept. Thanks :)

[@irishsoccerguy]

Thank you! This is so simple to understand from you, my teacher is one of those "I'm a doctor, I'm smarter than you and love to make you undergrads feel stupid" kind of people and had me completely lost on dislocations. But now it's easy. Great job, I'll definitely be checking out your other videos for help!!

[@chetli4145]

Sir, before you apply right hand rule, why you chose ""into"" symbol rather than ""out of"" one?

[@Kaaukuu]

Terrific explanation! Thank you very much!

[@cindyz240]

Thanks a lot! I had been doubting my intelligence for the whole semester until I watched your videos! It's clear and elegant, thanks!

[@ankushraut9588]

Expectin' a lot of basic material science tutorials!

[@marioschaldoupis1040]

Where do we need to use these dislocations in real life? In microscopic scale I guess, but what effect does it give to the lattice?

[@小强-b5p]

so clear, thank you so much, I have been struggling this for long time

[@محمدحسین-ص6ض1غ]

interesting explanation thank you

[@د.الفاهمالهاشميساخر]

thnx fo this video beu i have equation Can we calculate SFP of monoclinic systhem ?

[@sanjolisharma4904]

You are saving my life

[@MaiHoang-wb1dz]

Thank you so much for your explanation!!! It did help a lot, very simple, went directly to the main point!!!

[@niraj_suresh]

I'm a student at Georgia Tech, and this definitely helped me prepare for my Intro MSE final. Thank you so much Mr. Shamberger!

[@sagardhiman4774]

Hello am Sagar from India. I've been trying to understand this concept for a long time but i didn't get it. Am confused about what burgers vector is? Actually am not able to think it practically. So, could you help me to understand it.

[@ayushjena2190]

the real concept is here....

[@swagatikapriyambada4778]

Thanks for posting this video...Your way teaching brought clarity about Burger's vector

[@-ali2565]

OMG thanks so much for taking the time out and using your knowledge to help us self studiers out :P THANKYOU , I am inspired by people like you m8

[@rajorshikoyal4397]

Why is the extra half plane contributing to compression while comparing things to the tension compression pair and neutral axis gives us the illusion that the tension compression pair will just be the opposite?

[@mohammedahmed7126]

Thank you, this video really helped.

[@SIYAK100]

Thank you very much sir for a wonderful explanation

[@SaifulIslambangladesh]

Thanks you for nice explanation.

[@imti041413]

thanks a lot Mr. Shamberger. All of your videos have been really helpful

[@zeddz16002]

thnks

[@canoe03]

Thank you

[@nidaaa7714]

thank you

[@pixelatedtrauma73]

lifesaver

[@MUsmanAli-fg1wb]

Nice

[@simpletwo4768]

Thanks soooo much. Solve my questions confused me for a long time.

[@सुशांत-र1थ]

Thanks sir..You made my doubts clear respect from india

[@akashkalwar9894]

Thank you .it was really helpful a

[@DharminShah09]

Thank you very much sir, this video helped me to understand the concept of edge dislocation and burger vector.

[@bautistagarciacenturion1380]

Why the force is applied to the top only?

[@somnathsekar1725]

Thanks a lot. Helps me a lot to understand in crisp.

[@samahhope7104]

thaaaaaaaaaaanks . you are great I understand it thank you a lot :)

[@st0wDj]

Very helpful, thanks!

[@Deepakkumar-tq1xv]

totally explains every thing great video

[@MrsMira13]

Thank you! That was definitly needed. Now I get it :)

[@gyankhodna6559]

very nicely explained. thank u

[@alexieyevcasanova7898]

you're the people's champ

[@drwho8672]

awesome elaboration! Thank you!

[@30s30]

you should teach at UH.

[@megaprimegamer1184]

excellent stuff! AnM for a reason!

[@shashanksingh4002]

what are the other sign conventions ?

[@melvinsavio5111]

Great explanation and animations!!

[@TheTobseCret]

Very clear, thanks!

[@jonathanpepper9743]

Very helpful thanks!

[@nithinwilson1502]

superb explanation

[@TheMudfly80]

When we see dislocations on a magnified image, is the image oriented in the same way this is, and the line we are seeing is the extra half plane? Thanks for the video.

[@pjshamberger]

In the orientation shown in this video the "dislocation line" tends to project perpendicular to your screen (i.e., in and out of the plane shown), and represents the edge of an extra half plane of atoms. In the green atoms ball & stick model, that extra half plane is projected downwards.

[@StrawberrySoaps]

Thanks. This helped a lot.

[@skrish89]

Thank you . got it ;)

[@Hamdard-Rider]

This has helped a lot dear sir. It would have been much more comfortable if you have had cleared your throat. Your voice sounded like it was eating up each word as it concluded. Metaphorically, your voice gave as much discomfort (to a very willing learner ) as the noise of nails scratching on the chalk board give to an unwilling student.

[@KarahannAe]

That was fast and easy to understand. Thank you!

[@pawan8527456279]

Gr8

[@zeeshanmuhammed8883]

You are awesome !

[@prateekmohanani7001]

helped a lot keep up the good work

[@Kiu_cutii]

very great

[@zafranzainudin5683]

Thank you

[@aryanpatel3790]

Is edge dislocation natural or created artificially?

[@saanjanibaar8085]

Aryan Patel, Dislocations are natural, but when its develops stress the n the interstitial impurities(atoms of carbon Nitrogen) change dislocations. 😁

[@ch.harshanag376]

thanks

[@atharvadeshpande9782]

good one

[@civilengineering2033]

nice

[@shikhararvind]

Great Video, but I have a very fundamental question. You start counting ( for burgers vector ) from the plane perpendicular to the dislocation and you get burgers vector perpendicular to the line..but what if I start counting on the left or right?

[@Arsenic_99]

He said it doesnt matter from where you start. if you're starting from the other side, the burgers vector will have opposite direction to which you started.

[@shikhararvind]

Rameez ul haq what if I Start vertically? .. then I will get it perpendicular to the burgers vector shown

[@AmaniElFathan]

@@shikhararvind if you start vertically, you will not get burger since there is no difference in length between the two sides. It is impossible to get burger perpendicular to what shown

[@hsoley]

Thank you!

[@jitendraperei3369]

Excellent!!!!!

[@prathameshkale9011]

thank you

[@siddharthpachori6451]

great job you are the only person who made me understand this

[@gobblinfker]

Great video, thanks for the help!