*include, input=all.msh
*BOUNDARY
*include, input=SPC_123.bou
*include, input=PRESD.equ
*include, input=BOUD.equ
**CYCLIC SYMMETRY
*include, input=CYC1.nam
*include, input=CYC2.nam
*include, input=CYC3.nam
*include, input=CYC4.nam
*SURFACE,NAME=SURF1,TYPE=NODE
NCYC1
*SURFACE,NAME=SURF2,TYPE=NODE
NCYC2
*SURFACE,NAME=SURF3,TYPE=NODE
NCYC3
*SURFACE,NAME=SURF4,TYPE=NODE
NCYC4
*TIE,CYCLIC SYMMETRY, NAME=S1
SURF2,SURF1
*TIE,CYCLIC SYMMETRY, NAME=S2
SURF4,SURF3
*CYCLIC SYMMETRY MODEL,N=36, TIE=S1
0.,0.,0., 1.,0.,0.
*CYCLIC SYMMETRY MODEL,N=36, TIE=S2
0.,0.,0., 1.,0.,0.
*MATERIAL,NAME=EL
*ELASTIC
210000.,.3
*SOLID SECTION,ELSET=Eall,MATERIAL=EL
*STEP
*STATIC
*include, input=PRESD.bou
*NODE FILE
U,RF
*EL FILE
S
*END STEP
*STEP
*STATIC
*include, input=BOUD.bou
*NODE FILE
U,RF
*EL FILE
S
*END STEP
*STEP
*STATIC
*BOUNDARY, OP=MOD
*include, input=SPCB2_10.1.bou
*NODE FILE
U,RF
*EL FILE
S
*END STEP
