*Heading
Nodal temperature and field import -- explicit to explicit
**
*import, update=NO, state=YES, library=solid_str_elast_tfv_xpl
C3D8R_ELEM,
M3D4R_ELEM,
S3R_ELEM,
SC8R_ELEM, 
C3D8_ELEM,
S4R_ELEM,
B31_ELEM,
M3D3_ELEM,
**
*Import ELSET
ASSEMBLY_EHIST
**
*Import NSET
C3D8R_NODES,
M3D4R_NODES,
S3R_NODES,
SC8R_NODES, 
C3D8_NODES,
S4R_NODES,
B31_NODES,
M3D3_NODES,
C3D8R_FIXED,
M3D4R_FIXED,
S3R_FIXED,
SC8R_FIXED,
C3D8_FIXED,
S4R_FIXED,
B31_FIXED,
M3D3_FIXED,
C3D8R_CLOAD,
M3D4R_CLOAD,
S3R_CLOAD,
SC8R_CLOAD,
C3D8_CLOAD,
S4R_CLOAD,
B31_CLOAD,
M3D3_CLOAD,
ASSEMBLY_NODES
ASSEMBLY_NHIST
**
*boundary
C3D8R_FIXED,   ENCASTRE 
M3D4R_FIXED,   ENCASTRE 
S3R_FIXED,     ENCASTRE 
SC8R_FIXED,    ENCASTRE 
C3D8_FIXED,    ENCASTRE 
S4R_FIXED,     ENCASTRE 
B31_FIXED,     ENCASTRE 
M3D3_FIXED,    ENCASTRE 
**
*amplitude, name=STEP
0., 1., 1., 1.
**
*restart, write
** ----------------------------------------------------
*Step, name=Step-2
*dynamic, explicit
, 1.e-02
**
*cload, amplitude=STEP
C3D8R_CLOAD,   1,  3.20e+06
M3D4R_CLOAD,   1,  3.20e+06
S3R_CLOAD,     1,  3.20e+06
SC8R_CLOAD,    1,  3.20e+06
C3D8_CLOAD,    1,  3.20e+06
S4R_CLOAD,     1,  3.20e+06
B31_CLOAD,     1,  3.20e+06
M3D3_CLOAD,    1,  3.20e+06
**
*temperature, amplitude=STEP
 ASSEMBLY_NODES, 80.
*field, variable=1, amplitude=STEP
 ASSEMBLY_NODES, 8.0
*field, variable=2, amplitude=STEP
 ASSEMBLY_NODES, 0.8
**
*output, field, numberinterval=1
*nodeoutput
 U,
*elementoutput
 S, 
*output, history, frequency=10
*node output, nset=ASSEMBLY_NHIST
 U
*element output, elset=ASSEMBLY_EHIST
 mises, TEMP, FV1, FV2
*endstep