strain-calculation-models
More information for the different ways of how to include
strain into the calculation can be found at the keyword
$simulation-flow-control.
Specify whether to calculate
strain pseudomorphic (appropriate in 1D and for homogeneous layers only
-> homogeneous-strain), use the
strain-minimization option (2D/3D) to minimize the elastic
energy, read it from input file or
don't use strain at all. If using homogeneous-strain,
you will have to supply a substrate material that must be specified under the
keyword $domain-coordinates.
If using strain-minimization
you must include the keyword
$strain-minimization-model
to specify substrate and boundary conditions. You should be careful when using
homogeneous-strain in 2D or 3D simulations (only
appropriate for certain types of layers).
!--------------------------------------------------------------!
$strain-calculation-models required !
model-name
character required !
model-type-number
integer required !
$end_strain-calculation-models required !
!--------------------------------------------------------------!
Syntax
!--------------------------------------------------------------!
$strain-calculation-models
!
model-name
= zero-strain-amorphous
! no strain
model-type-number = 1
!
model-name
= homogeneous
!
model-type-number = 2
!
model-name
= strain-minimization
!
model-type-number = 3
!
model-name
= raw-strain-in
!
model-type-number = 4
!
$end_strain-calculation-models
!
!--------------------------------------------------------------!
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