Structure

 Structure

  1. Young's modulus:
    SET_PRECIPITATION_PARAMETER fcc_a1_p0 T E
  2. Poisson's ratio:
    SET_PRECIPITATION_PARAMETER fcc_a1_p0 T R
  3. Anti-Phase-Boundary energy:
    SET_PRECIPITATION_PARAMETER fcc_a1_p0 T A
    SET_PRECIPITATION_PARAMETER fcc_a1_p0 T Y P $ Pair dislocations
    SET_PRECIPITATION_PARAMETER fcc_a1_p0 T Y S $ Single dislocations
  4. Volumetric misfit:
    SET_PRECIPITATION_PARAMETER fcc_a1_p0 T M
    $ (Y)es for automatic / (N)o for manual values
  5. Burger's vector:
    SET_PRECIPITATION_PARAMETER fcc_a1_p0 T B
    $ (Y)es for automatic / (N)o for manual values
  6. Coherency radius:
    SET_PRECIPITATION_PARAMETER fcc_a1_p0 T O
    $ (Y)es for automatic / (N)o for manual values
  7. Shearable radius:
    $ no command
  8. Ignore for precipitation strengthening:
    SET_PRECIPITATION_PARAMETER fcc_a1_p0 T S I
  9. C (Ashby-Orowan):
    SET_PRECIPITATION_PARAMETER fcc_a1_p0 T S 1
  10. C' (dislocation line tension):
    SET_PRECIPITATION_PARAMETER fcc_a1_p0 T S 2
  11. C'' (modulus strengthening):
    SET_PRECIPITATION_PARAMETER fcc_a1_p0 T S 3
  12. Modulus strengthening: m:
    SET_PRECIPITATION_PARAMETER fcc_a1_p0 T S M
  13. Alpha value of coupling of strength contributions:
    SET_PRECIPITATION_PARAMETER fcc_a1_p0 T S A
  14. Beta value of coupling of strength contributions:
    SET_PRECIPITATION_PARAMETER fcc_a1_p0 T S B