*HEADING
: FLEX. JOINT W/ NONLIN BEHAVIOR, APPLIED ROTATIONS AND MOMENTS [JOINTC]
** Same as EXJOXRX1 but with temp/fv dependent spring/dashpot properties
*NODE,NSET=NALL
1, 
2, 
*ELEMENT,TYPE=JOINTC,ELSET=J
1,1,2
*JOINT,ELSET=J
*SPRING,DEPENDENCIES=2
1, 
1.e-10,,0.,0.,0.
 50.,,200.,0.,0.
1.e-10,,0.,2.,0.
150.,,200.,2.,0.
1.e-10,,0.,0.,2.
250.,,200.,0.,2.
1.e-10,,0.,2.,2.
350.,,200.,2.,2.
*SPRING,DEPENDENCIES=2
2, 
1.e-10,,0.,0.,0.
100.,,200.,0.,0.
1.e-10,,0.,2.,0.
300.,,200.,2.,0.
1.e-10,,0.,0.,2.
500.,,200.,0.,2.
1.e-10,,0.,2.,2.
700.,,200.,2.,2.
*SPRING,DEPENDENCIES=2
3, 
1.e-10,,0.,0.,0.
300.,,200.,0.,0.
1.e-10,,0.,2.,0.
500.,,200.,2.,0.
1.e-10,,0.,0.,2.
700.,,200.,0.,2.
1.e-10,,0.,2.,2.
900.,,200.,2.,2.
*SPRING,DEPENDENCIES=2
4, 
1.e-10,, 0.,0.,0.
500.,, 200.,0.,0.
1.e-10,, 0.,2.,0.
700.,, 200.,2.,0.
1.e-10,, 0.,0.,2.
900.,, 200.,0.,2.
1.e-10,, 0.,2.,2.
1100.,,200.,2.,2.
*SPRING,DEPENDENCIES=2
5, 
1.e-10,, 0.,0.,0.
700.,, 200.,0.,0.
1.e-10,, 0.,2.,0.
900.,, 200.,2.,0.
1.e-10,, 0.,0.,2.
1100.,,200.,0.,2.
1.e-10,, 0.,2.,2.
1300.,,200.,2.,2.
*SPRING,DEPENDENCIES=2
6, 
1.e-10,, 0.,0.,0. 
 600.,,200.,0.,0.
1.e-10,, 0.,2.,0.
1000.,,200.,2.,0.
1.e-10,, 0.,0.,2. 
1400.,,200.,0.,2.
1.e-10,, 0.,2.,2. 
1800.,,200.,2.,2.
*AMPLITUDE, NAME=STEPPED
0.,1.,1.,1.
*INITIAL CONDITIONS,TYPE=TEMPERATURE
NALL,0.
*INITIAL CONDITIONS,TYPE=FIELD,VARIABLE=1
NALL,0.
*INITIAL CONDITIONS,TYPE=FIELD,VARIABLE=2
NALL,0.
*STEP,NLGEOM
 APPLY MOMENT IN THE INITIAL CONFIGURATION
*STATIC
0.5,1.0
*BOUNDARY, OP=NEW
1,1,6
*TEMPERATURE,AMPLITUDE=STEPPED
NALL,100.
*FIELD,AMPLITUDE=STEPPED,VARIABLE=1
NALL,1.
*FIELD,AMPLITUDE=STEPPED,VARIABLE=2
NALL,1.
*CLOAD
2,4,80
*NODE FILE
 U,
 RF,
*EL FILE
 S,
 E,
*END STEP
*STEP,NLGEOM
REMOVE MOMENT
*STATIC
*BOUNDARY, OP=NEW
1,1,6
*CLOAD
2,4,0.0
*END STEP
*STEP,NLGEOM
ROTATE ABOUT Z-AXIS BY 90 DEGREES.
*STATIC
*BOUNDARY, OP=NEW
1,1,5
1,6,6,1.5707963
*END STEP
*STEP,NLGEOM
 APPLY MOMENT
*STATIC
0.5,1.0
*BOUNDARY, OP=NEW
1,1,5
1,6,6,1.5707963
*CLOAD
2,5,80.0
*END STEP