*HEADING
 Restart from pmcp_cpe; duplicate steps 4 onwards
**
*RESTART,READ,STEP=3,ENDSTEP
**
**
*STEP
 STEP #4: APPLY LOAD TO BOTH ELEMENTS 
*STATIC
0.1,1.
*DLOAD
TEST,TRVEC4,-0.25,0,-1,0
REFER,P4,-0.25
*END STEP
**
**
*STEP
 STEP #5: REMOVE TEST ELEMENT
*STATIC
.1,1.0
*MODEL CHANGE,REMOVE,TYPE=ELEMENT
TEST,
*END STEP
**
**
*STEP
 STEP #6: ADD TEST ELEMENTS BACK IN WITH-STRAIN
*STATIC
.1,1.0
*MODEL CHANGE,ADD=WITHSTRAIN,TYPE=ELEMENT
TEST,
*END STEP
**
**
*STEP
 STEP #7: APPLY THERMAL LOAD
*STATIC
.1,1.0
*BOUNDARY,OP=NEW,FIXED
TIP,1
LEFT,1,2
*TEMPERATURE
NALL,100.
*EL PRINT,FREQ=999
S,THE,TEMP
*OUTPUT,HISTORY,VARIABLE=PRESELECT,FREQ=1
*OUTPUT,FIELD,FREQ=999
*ELEMENT OUTPUT
E,S,THE,TEMP
*NODE OUTPUT
U,
RF,
*END STEP
**
**
*STEP
 STEP #8: FREQUENCY EXTRACTION
*FREQUENCY, eigensolver=lanczos, SIM=NO
32, , 
*BOUNDARY,OP=NEW
LEFT,1,2
*EL PRINT,FREQ=0
*NODE PRINT,FREQ=0
*OUTPUT,FIELD,FREQ=0
*END STEP
**
**
*STEP,PERTURBATION
 STEP #9: MODAL DYNAMIC
*MODAL DYNAMIC
.0004,.004
*CLOAD
TIP,2,0.2
*NODE PRINT,FREQ=999
RF, 
*EL PRINT,FREQ=999
S,E
*OUTPUT,FIELD,FREQ=999
*NODE OUTPUT
RF, 
*ELEMENT OUTPUT
E,S
*END STEP
**
**
*STEP,PERTURBATION
 STEP #10: STEADY-STATE DYNAMICS, MODAL BASED
*STEADY STATE DYNAMICS,INTERVAL=RANGE
1000., 10000., 5
*CLOAD
TIP,2,0.2
*NODE PRINT,FREQ=999
RF, 
*EL PRINT,FREQ=999
S,E
*OUTPUT,HISTORY,VARIABLE=PRESELECT
*OUTPUT,FIELD,FREQ=1
*ELEMENT OUTPUT
E,S,
*NODE OUTPUT
U,
RF,
*END STEP
**
**
*STEP
 STEP 11: FREQUENCY EXTRACTION FOR SUBSPACE PROJECTION
*FREQUENCY, eigensolver=lanczos, SIM=NO
124, , 
*BOUNDARY,OP=NEW
LEFT,1,2
*EL PRINT,FREQ=0
*NODE PRINT,FREQ=0
*OUTPUT,FIELD,FREQ=0
*END STEP
**
**
*STEP,PERTURBATION
 STEP #12: STEADY-STATE DYNAMICS, DIRECT
*STEADY STATE DYNAMICS,DIRECT
1000., 10000., 5
*BOUNDARY,OP=NEW
LEFT,1,2
*CLOAD
TIP,2,0.2
*NODE PRINT,FREQ=999
RF, 
*EL PRINT,FREQ=999
S,E
*OUTPUT,FIELD,FREQ=999
*NODE OUTPUT
RF, 
*END STEP
**
**
*STEP,PERTURBATION
 STEP #13: STEADY-STATE DYNAMICS, SUBSPACE PROJECTION
*STEADY STATE DYNAMICS,SUBSPACE PROJECTION, INTERVAL=RANGE
1000., 10000., 5
**if 124 modes were used in the *FREQUENCY step, results would be , SIM=NO
**identical with *SSD,direct
*CLOAD
TIP,2,0.2
*NODE PRINT,FREQ=999
RF, 
*EL PRINT,FREQ=999
S,E
*END STEP
**
**
*STEP
 STEP #14: DYNAMICS
*DYNAMIC
.0004, .004
*BOUNDARY,OP=NEW
LEFT,1,2
*EL PRINT,FREQ=999
S,E
*NODE PRINT,FREQ=999
RF, 
*CLOAD,AMP=RAMP
TIP,2,0.2
*END STEP