*HEADING
test for viscoelasticity with anisotropic elasticity
The elasticity properties are isotropic but defined using 
TYPE=ANISOTROPIC
*NODE, NSET=C3D8R
1, 0., 0.,
2,10., 0.,
3,10.,10.,
4, 0.,10.,
5, 0., 0., 10.
6,10., 0., 10.
7,10.,10., 10.
8, 0.,10., 10.
101, 0.,-20.,
102,10.,-20.,
103,10.,-10.,
104, 0.,-10.,
105, 0.,-20., 10.
106,10.,-20., 10.
107,10.,-10., 10.
108, 0.,-10., 10.
*ELEMENT, TYPE=C3D8R, ELSET=C3D8R
1, 1,2,3,4,5,6,7,8
101, 101,102,103,104,105,106,107,108
*SOLID SECTION, ELSET=C3D8R, MATERIAL=POLY, CONTROLS=HOURGLASS, ORIENTATION=ORI
*NODE, NSET=CPE4R
11,20., 0.,
12,30., 0.,
13,30.,10.,
14,20.,10.,
111,20.,-20.,
112,30.,-20.,
113,30.,-10.,
114,20.,-10.,
*ELEMENT, TYPE=CPE4R, ELSET=CPE4R
11,11,12,13,14
111,111,112,113,114
*SOLID SECTION, ELSET=CPE4R, MATERIAL=POLY, CONTROLS=HOURGLASS, ORIENTATION=ORI
*NODE, NSET=CPS4R
21,40., 0.,
22,50., 0.,
23,50.,10.,
24,40.,10.,
121,40.,-20.,
122,50.,-20.,
123,50.,-10.,
124,40.,-10.,
*ELEMENT, TYPE=CPS4R, ELSET=CPS4R
21,21,22,23,24
121,121,122,123,124
*SOLID SECTION, ELSET=CPS4R, MATERIAL=POLY, CONTROLS=HOURGLASS, ORIENTATION=ORI
*NODE, NSET=S4R
31,60., 0.,
32,70., 0.,
33,70.,10.,
34,60.,10.,
131,60.,-20.,
132,70.,-20.,
133,70.,-10.,
134,60.,-10.,
*ELEMENT, TYPE=S4R, ELSET=S4R
31,31,32,33,34
131,131,132,133,134
*SHELL SECTION, ELSET=S4R, MATERIAL=POLY, CONTROLS=HOURGLASS, ORIENTATION=ORI
1.0, 3
*NODE, NSET=M3D4R
41,80., 0.,
42,90., 0.,
43,90.,10.,
44,80.,10.,
141,80.,-20.,
142,90.,-20.,
143,90.,-10.,
144,80.,-10.,
*ELEMENT, TYPE=M3D4R, ELSET=M3D4R
41,41,42,43,44
141,141,142,143,144
*MEMBRANE SECTION, ELSET=M3D4R, MATERIAL=POLY, CONTROLS=HOURGLASS
1.0,
*SECTION CONTROLS, NAME=HOURGLASS, HOURGLASS=STIFFNESS
*ORIENTATION, NAME=ORI
1.,0.,0.,0.,1.,0.
3,0.
*MATERIAL,NAME=POLY
*DENSITY
1.0e-5,
*ELASTIC,MODULI=LONG TERM, TYPE=ANISOTROPIC
64.285714,42.85714286,64.285714,42.85714286,42.85714286,64.285714,0.0,0.0
0.0,10.71428571,0.0,0.0,0.0,0.0,10.71428571,0.0
0.0,0.0,0.0,0.0,10.71428571
*VISCOELASTIC,TIME=PRONY
0.25,0.05,5.
0.25,0.15,10.
*TRS, DEFINITION=WLF
 5.25, 0.163277, 269.23
*NSET, NSET=BOTTOM
101,102,105,106,111,112,121,122,131,132,141,142
*NSET, NSET=TOP
103,104,107,108,113,114,123,124,133,134,143,144
*BOUNDARY
BOTTOM,1,6
TOP,2,6
*BOUNDARY
1,1,3
2,2,3
3,3,3
4,1,1
4,3,3
5,1,2
6,2,2
8,1,1
11,1,2
12,2,2
14,1,1
21,1,2
22,2,2
24,1,1
31,1,2
32,2,2
34,1,1
41,1,2
42,2,2
44,1,1
S4R,4,6
*AMPLITUDE, NAME=RELAXATION, TIME=TOTAL TIME
0., 0., 2.0, 0.2, 20.0, 0.2
*STEP
*DYNAMIC, EXPLICIT, IMPROVED DT METHOD=NO
 ,5.0
*BOUNDARY, AMPLITUDE=RELAXATION
3,2,2,1.0
4,2,2,1.0
7,2,2,1.0
8,2,2,1.0
13,2,2,1.0
14,2,2,1.0
23,2,2,1.0
24,2,2,1.0
33,2,2,1.0
34,2,2,1.0
43,2,2,1.0
44,2,2,1.0
TOP,1,1,1.0
*RESTART, WRITE, NUMBER=10
*NSET, NSET=QA_TEST_NSET
C3D8R,CPE4R,CPS4R,S4R,M3D4R
*ELSET, ELSET=QA_TEST_ELSET
C3D8R,CPE4R,CPS4R,S4R,M3D4R
*OUTPUT, FIELD
*NODE OUTPUT
U,V,RF
*ELEMENT OUTPUT
S,LE
*OUTPUT, HISTORY
*ELEMENT OUTPUT, ELSET=QA_TEST_ELSET
S,LE
*ENERGY OUTPUT
ALLAE,ALLWK,ALLKE,ALLIE,ALLSE,ALLCD,ALLVD,ETOTAL
*ENERGY OUTPUT, ELSET=C3D8R
ALLAE,ALLKE,ALLIE,ALLSE,ALLCD,ALLVD
*ENERGY OUTPUT, ELSET=CPE4R
ALLAE,ALLKE,ALLIE,ALLSE,ALLCD,ALLVD
*ENERGY OUTPUT, ELSET=CPS4R
ALLAE,ALLKE,ALLIE,ALLSE,ALLCD,ALLVD
*ENERGY OUTPUT, ELSET=S4R
ALLAE,ALLKE,ALLIE,ALLSE,ALLCD,ALLVD
*ENERGY OUTPUT, ELSET=M3D4R
ALLAE,ALLKE,ALLIE,ALLSE,ALLCD,ALLVD
*END STEP