*HEADING
PLATE WITH CIRCULAR HOLE
*preprint,model=yes
*NODE
1,0.25,0.
33,0.,0.25
1601,3.25,0.
1617,3.25,3.25
1633,0.,3.25
10000,0.,0.
*NGEN,LINE=C
1,33,1,10000
*NGEN
1601,1617,1
1617,1633,1
*NSET,NSET=DOWN,GENERATE
1,33,1
*NSET,NSET=UP,GENERATE
1601,1633,1
*NFILL,BIAS=0.75
DOWN,UP,8,200
*NSET,NSET=TOP,GENERATE
1617,1633,2
*NSET,NSET=BOTTOM,GENERATE
1,1601,200
*NSET,NSET=LEFT,GENERATE
33,1633,200
*NSET,NSET=RMPC,GENERATE
1601,1617,2
*NSET,NSET=ONE
1,3,5,7
*nset,nset=nall,generate
1,1633 
*ELEMENT,TYPE=DC2D4
1,1,201,203,3
*ELGEN,ELSET=ALLE
1,8,200,1,16,2,8
*ELSET,ELSET=TOPE,GENERATE
72,128,8
*ELSET,ELSET=LEFTE
121,128,8
*ELSET,ELSET=RIGHT,GENERATE
8,64,8
*initial condition,type=temperature
nall,100
*MATERIAL,NAME=BIDERMAN
*ELASTIC
1.7E+05, .3
*expansion
1.0E-6 
*CONDUCTIVITY
1570
*density
1.0e-3
*SPECIFIC HEAT
8.04E8
*SOLID SECTION,MATERIAL=BIDERMAN,ELSET=ALLE
1, 
*AMPLITUDE,NAME=AMP1
0,1,10,2,20,1,30,1
*STEP,inc=500
*heat transfer
0.25,30
*boundary,amp=amp1
bottom,11,11,100
left,11,11,100
*DFLUX,am=amp1
right,s2,2000
tope,s2,2000
*node file,nset=nall
nt
*OUTPUT,history
*node output,nset=one
nt
*END STEP
*STEP,inc=500
*heat transfer
0.25,30
*boundary,amp=amp1
bottom,11,11,100
left,11,11,100
*DFLUX,am=amp1
right,s2,2000
tope,s2,2000
*node file,nset=nall
nt
*output, field
*node output, nset=nall
nt
*OUTPUT,history
*node output,nset=one
nt
*END STEP