trans.inp

*include, input=all.msh
*include, input=fix.sur
*include, input=load.sur
*include, input=rfix.nam
*include, input=rload.nam
** material definition
*material, name=steel
*elastic
210000,0.3
*density
7.85e-9
** material assignment to bodies
*solid section, elset=Eall, material=steel
** coupling
*coupling,surface=Sfix,refnode=1,constraint name=fix
*kinematic
1,3
*coupling,surface=Sload,refnode=2,constraint name=load
*distributing
1,3
*TIME POINTS, NAME=TP1, GENERATE
0,1,0.1
*step, nlgeom
*static
*boundary
Nrfix,1,3
Nrfix,4,6
*cload
**Nrload,3,-1000
2,3,-1000
*node file
U
*el file
S
*section print, surface=Sfix, name=so1
SOF
*el print, elset=Eall, totals=only
ELSE
*end step
*step, nlgeom
*static
**0.001,1,0.000001
** *controls, parameters=field
** ** ran,can,qa0,qau,rap,ea,cae,ral
**    0.05,10,    ,1   ,0.5
*boundary
Nrfix,1,3
Nrfix,4,5
Nrfix,6,6,1.57
*node file
U
*el file,time points=TP1
S
*end step
*step, nlgeom
*static
** 0.001,1,0.000001
** *controls, parameters=field
** ** ran,can,qa0,qau,rap,ea,cae,ral
**    0.05,10,    ,1   ,0.5
*boundary
Nrfix,4,6,1.209
*node file
U
*el file
S
*end step
*step, nlgeom, inc=1000
*static
*boundary
Nrfix,5,6,1.209
Nrfix,4,4,-1.209
*node file
U
*el file
S
*end step