Edge Dislocation Movement Explained

Dislocation Movement on a lattice. No credit on me, it all goes to CHALMERS and the Department of Materials and Manufacturing Technology. This upload is for educational purposes only

[@pikinskills]

Well and simply explained!

[@mandargupte2593]

Great video.....thank you

[@Krishna1998-S]

great video for understanding...

[@faheem15]

Just perfect

[@nicoletsang8884]

If the dislocation didn't continue like there's only one or a few dislocation line, will plastic deformation still happen?

[@PRISOM1988]

in which software is this software made 0.29

[@lilitv9723]

very clear thnkuu

[@ahmedel-bakry7033]

thanks

[@affanahmedkhan7362]

best

[@boubakerkhaldoun1793]

What the dèfrent betwin alle

[@JorgeCasanovaC]

The difference between the type of lattices? This video demonstrates how dislocation occurs on different lattices of crystalline materials (metals, mostly). Crystalline materials with FCC lattices are easier to deform without breaking when energy or forces are applied because of its compact bond structure. Materials with HCP lattices tend to be more brittle, and the dislocation (breaking , movement and bond creation between molecules in a lattice) occurs differently, compared to a FCC lattice. BCC lattices is somewhere between FCC and HCP. Hope I'm giving the right info!