I would say this is a geometrical description of GB structure. In pure materials, GBs ability to transfer plastic deformation or abitlity to initiate slip would determine the behaviour. And for more realistic material behaviour, entropy is only one side of the coin. Mostly it is the segregation energies/enthalpies, that define the material properties. And also special GBs like these CSL, rarely capture the true polycrystalline material behaviour.
the best explanation that i found on youtube, thanks
Hi Shyam, very nice explanation on grain boundaries. Please do more such videos.
Very nice explanation. Well done. thanks for sharing
That is a very nice explanation. thanks for sharing.
Very nice explanation. Thank you
Hi Shyam... very nice video.. enjoyed watching this on GB...
Nice explanation ❤️
Awesome explanation. Thanks!
Best explanation 👌
Awesome!
Very well done. Tnaks!
Very Nice!
Thanks and very good.
Would this be fair to say is a mathematical approach to describing material behaviour? But in reality it is more entropy?
I would say this is a geometrical description of GB structure. In pure materials, GBs ability to transfer plastic deformation or abitlity to initiate slip would determine the behaviour. And for more realistic material behaviour, entropy is only one side of the coin. Mostly it is the segregation energies/enthalpies, that define the material properties. And also special GBs like these CSL, rarely capture the true polycrystalline material behaviour.
Thank you@@shyamswaroopk
Which software package do u suggest to create such images?
@@user-vq8zt3wb4x I have used only Microsoft powerpoint here.