solve.inp

*include, input=all.msh
*include, input=MA1.sur
*include, input=MA2.sur
*include, input=MI1.sur
*include, input=MI2.sur
*include, input=BlechAussen.sur
*include, input=BlechInnen.sur
*include, input=blech.nam
*include, input=Blechrand.nam
*include, input=messer1.nam
*include, input=messer2.nam
*include, input=m1u.nam
*include, input=m1r.nam
*include, input=m1k.nam
*include, input=m2o.nam
*include, input=m2l.nam
*include, input=m2k.nam

** Materials ***********************************************
**
*Material, name=Messer
*Elastic
210000, 0.3
*Material, name=Blech
*Elastic
210000, 0.3
*Plastic
400, 0
800, 0.2
2000,2
**
** Sections ************************************************
**
*Solid section, elset=Emesser1, material=Messer
*Solid section, elset=Emesser2, material=Messer
*Solid section, elset=Eblech, material=Blech
**
** Constraints *********************************************
**
*boundary
Nm1u,2,2
Nm1r,1,1
Nm1k,3,3
Nm2k,3,3
NBlechrand,3,3

*surface interaction, name=cut
*surface behavior, pressure-overclosure=linear
100000.
*contact pair, interaction=cut, type=surface to surface
SBlechAussen, SMA1
SBlechAussen, SMA2
SBlechInnen, SMI1
SBlechInnen, SMI2
**
** Steps ***************************************************
**
*TIME POINTS, NAME=TP1, GENERATE
0,1,0.1

*Step,nlgeom
*Static
0.05,1,0.00000001,0.05
***controls, parameters=field
**0.02,0.1,1.,1.,0.1,0.1
***controls, parameters=time incrementation
**4,8 ,9, 16, 10 ,4 , , 8, ,
**0.25, 0.5, 0.75, 0.85 , ,1.5 ,
*boundary
Nm2l,1,1,3
Nm2o,2,2,-3
*element output,TIME POINTS=TP1, last iterations
S,PE
*node output
U
*end step