Index of /output/ARCHIVE_Examples_SAVE/nialcrack10-15-1999-16:07:027:608
Name Last modified Size Description
Parent Directory 11-May-2008 19:14 -
AtomSphere.pro 15-Oct-1999 16:07 4k
WAVEreadme 15-Oct-1999 16:07 1k
for021.dat 15-Oct-1999 16:07 59k
for022.dat 15-Oct-1999 16:07 59k
fral.dat 15-Oct-1999 16:07 51k
frni.dat 15-Oct-1999 16:07 55k
nialcrack.crack 15-Oct-1999 16:07 1k
nialcrack.dat 15-Oct-1999 16:07 1k
nialcrack.def 15-Oct-1999 16:07 1k
nialcrack.f 15-Oct-1999 16:07 116k
nialcrack.file_lst 15-Oct-1999 16:07 1k
nialcrack.gen 15-Oct-1999 16:07 1k
nialcrack.out 15-Oct-1999 16:08 4k
nialcrack.x 15-Oct-1999 16:07 216k
nialcrack.xyz 15-Oct-1999 16:08 24k
nialcrack.xyz.wrl 15-Oct-1999 16:08 95k
pal_m.dat 15-Oct-1999 16:07 74k
palni.dat 15-Oct-1999 16:07 71k
pni_m.dat 15-Oct-1999 16:07 74k
runvrml.pro 15-Oct-1999 16:07 1k
surface.dat 15-Oct-1999 16:08 1k
surface.xyz 15-Oct-1999 16:08 1k
Simulation of a crack in a Ni-Al crystal (Farkas/Kriz Sept98)
CODE:
-nialcrack.f (modified newcrack.f) is the fortran code.
INPUT:(all files are needed)
- nialcrack.dat is the input data file
- nialcrack.gen is the file with information to generate the
lattice
- nialcrack.crack is the file with information for creating
a crack
- nialcrack.def is the file with information for creating
other defects.
-There are other 7 files containing the interatomic
potential
OUTPUT:
- nialcrack.out is the output files with all kinds of
information but not coordinates.
- nialcrack.xyz is the coordinate file, can be read by
WebLabViewer, Xmol, or Atomview in the CAVE
TIME:
This example of a crack in NiAl takes less than one minute
on the octane.