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User subroutines.
Although the present software is protected by the GNU General Public License, and the user should always get the source code, it is sometimes more practical to get a nicely described user interface to plug in your own routines, instead of having to analyze the whole program. Therefore, for specific tasks well-defined interfaces are put at the disposal of the user. These interfaces are basically FORTRAN subroutines containing a subroutine header, a description of the input and output variables and declaration statements for these variables. The body of the routine has to be written by the user.
Subsections
- Creep (creep.f)
- Hardening (uhardening.f)
- User-defined initial conditions
- User-defined loading
- Concentrated flux (cflux.f)
- Concentrated load (cload.f)
- Distributed flux (dflux.f)
- Distribruted load (dload.f)
- Heat convection (film.f)
- Boundary conditions(uboun.f)
- Heat radiation (radiate.f)
- Temperature (utemp.f)
- Amplitude (uamplitude.f)
- Face loading (ufaceload.f)
- Gap conductance (gapcon.f)
- User-defined mechanical material laws.
- Fiber reinforced materials.
- The Cailletaud single crystal model.
- Elastic anisotropy with isotropic viscoplasticity.
- ABAQUS umat routines
- User-defined thermal material laws.
- User-defined nonlinear equations
- User-defined output
guido dhondt 2011-03-26