*Heading
**CYCLIC SYMMETRY file name=cyclicsym_dcc2d4_nn_loads.inp
**Cyclic Symmetric with load (*FILM,*CFILM,*SFILM,*CFLUX,*DFLUX,*DSFLUX,
****************             *RADIATE,*CRADIATE,*SRADIATE)
**
**Please see the cyclicsym_dcc2d4_360_loads.inp for full model
*NODE,NSET=ALL
     11,           0.,          14.,           0.
     12,           0.,           7.,           0.
     13,           0.,           0.,           0.
     16,           7.,          14.,           0.
     17,           7.,           7.,           0.
     18,           7.,           0.,           0.
     21,          14.,          14.,           0.
     22,          14.,           7.,           0.
     23,          14.,           0.,           0.
*NSET,NSET=FIX
16,
*ELEMENT,TYPE=DCC2D4, ELSET=EALL
 9, 11, 12, 17, 16
10, 12, 13, 18, 17
13, 16, 17, 22, 21
14, 17, 18, 23, 22
*surface, NAME=SIDE_1
 9, S4
13,S4
**********************************************TIE DEFINITION
*NSET,NSET=mst
11,12,13
*NSET,NSET=slv
13,18,23
*SURFACE,TYPE=NODE,NAME=MASTER
mst
*SURFACE,TYPE=NODE,NAME=SLAVE
slv
*TIE,CYCLIC SYMMETRY,NAME=MST_SLV
SLAVE,MASTER
*****************************************TIE END
*SOLID SECTION,MATERIAL=A1, ELSET=EALL
*PHYSICAL CONSTANTS, ABSOLUTE ZERO=-460.,STEFAN BOLTZMANN=5.0E-8
*MATERIAL,NAME=A1
*CONDUCTIVITY
 3.77E-5, 
*SPECIFIC HEAT
 .39, 
*DENSITY
 82.9, 
*CYCLIC SYMMETRY MODEL, N=4
0.,0.,0.
*BOUNDARY, OP=NEW
 FIX, 11
****************************************STEP=1,FILM
*STEP
FILM
*HEAT TRANSFER,END=PERIOD,DELTMX=2.5
0.025,10
*FILM
 13, F1, 75., 1E-06
 13, F2, 75., 1E-06
*EL FILE
HFL
*NODE FILE
NT
*EL PRINT
HFL
*NODE PRINT
NT
*END STEP
*********************************************STEP=2,CFILM
*STEP
CFILM
*HEAT TRANSFER,END=PERIOD,DELTMX=2.5
0.025,10
*FILM,OP=NEW
*CFILM
21,0.5,20,1.0
22,0.5,20,1.0
*EL FILE
HFL
*NODE FILE
NT
*EL PRINT
HFL
*NODE PRINT
NT
*ENDSTEP
**********************************************STEP 3 = SFILM
*STEP
SFILM
*HEAT TRANSFER,END=PERIOD,DELTMX=2.5
0.025,10
*CFILM,OP=NEW
*SFILM
 SIDE_1, F, 75., 1E-06
*EL FILE
HFL
*NODE FILE
NT
*EL PRINT
HFL
*NODE PRINT
NT
*END STEP
*************************************STEP=4,CFLUX
*STEP,INC=100
CFLUX
*HEAT TRANSFER,END=PERIOD,DELTMX=2.5
0.025,10
*SFILM,OP=NEW
*CFLUX
21,11,6.0
22,11,6.0
*EL FILE
HFL
*NODE FILE
NT
*EL PRINT
HFL
*NODE PRINT
NT
*END STEP
*************************************************STEP=5,DFLUX
*STEP,INC=100
DFLUX
*HEAT TRANSFER,END=PERIOD,DELTMX=2.5
0.025,10
*CFLUX,OP=NEW
*DFLUX
13, S1,0.3
13, S2,0.3
*EL FILE
HFL
*NODE FILE
NT 
*EL PRINT
HFL
*NODE PRINT
NT
*END STEP
***********************************STEP=6,DSFLUX
*STEP
DFLUX
*HEAT TRANSFER,END=PERIOD,DELTMX=2.5
0.025,10
*DFLUX, OP=NEW
*DSFLUX
 SIDE_1, S, .3
*EL FILE
HFL
*NODE FILE
NT
*EL PRINT
HFL
*NODE PRINT
NT
*END STEP
***********************************STEP=7,RADIATE
*STEP
SRADIATE
*HEAT TRANSFER,END=PERIOD,DELTMX=2.5
0.025,10
*DSFLUX, OP=NEW
*RADIATE
 13, R1, 75.,1E-06
 13, R2, 75.,1E-06
*EL FILE
HFL
*NODE FILE
NT
*EL PRINT
HFL
*NODE PRINT
NT
*END STEP
***********************************STEP=8,CRADIATE
*STEP,INC=100
CRADIATE
*HEAT TRANSFER,END=PERIOD,DELTMX=2.5
0.025,10
*RADIATE,OP=NEW
*CRADIATE
21,0.5,20,1E-06
22,0.5,20,1E-06
*EL FILE
HFL
*NODE FILE
NT
*EL PRINT
HFL
*NODE PRINT
NT
*ENDSTEP
**********************************STEP=9,SRADIATE
*STEP
SRADIATE
*HEAT TRANSFER,END=PERIOD,DELTMX=2.5
0.025,10
*CRADIATE,OP=NEW
*SRADIATE
 SIDE_1, R, 75.,1E-06
*EL FILE
HFL
*NODE FILE
NT
*EL PRINT
HFL
*NODE PRINT
NT
*END STEP