*HEADING
  HEATING OF AUTOMOTIVE ELECTRICAL FUSE                  
  TRANSIENT ANALYSIS
  Units: mm; deg. C; Joule; sec; kg; Ampere
*RESTART,WRITE,FREQUENCY=5
*NODE, INPUT=thermelectautofuse_node.inp
*NSET, NSET=NLHS
 3, 6, 9, 12, 15, 18, 21, 24, 27, 30
*NSET, NSET=NRHS
 420, 423, 426, 429, 432, 435, 438, 441, 444, 447
*NSET, NSET=NOUTP
 30, 51, 83, 200, 319, 335, 360, 225, 604, 500,
 468, 447
*ELEMENT, TYPE=DC3D8E, ELSET=EALL,
INPUT=thermelectautofuse_element.inp
*ELEMENT, TYPE=DC3D6E, ELSET=EALL
 135,   381,  98,  96, 382, 104, 102
 138,   383, 372, 373, 384, 375, 376
*ELSET,ELSET=ELEMENT,GENERATE
  77, 149
 226, 227
*ELSET,ELSET=BLADES,GENERATE
   1,  76
 150, 225
*SOLID SECTION, ELSET=EALL, MATERIAL=ZINC
*MATERIAL, NAME=ZINC
*CONDUCTIVITY
 0.1121,  20.0
 0.1103, 100.0
*ELECTRICAL CONDUCTIVITY
 16.75E3,  20.0
 12.92E3, 100.0
*JOULE HEAT FRACTION
 1.0, 
*DENSITY
 7.14E-6, 
*SPECIFIC HEAT
 389.0, 
*FILM PROPERTY,NAME=H1
 6.57E-6, 25.0
 11.6E-6, 40.0
 14.2E-6, 60.0
 15.8E-6, 80.0
 17.0E-6,100.0
*FILM PROPERTY,NAME=H2
 5.42E-6, 25.0
 9.60E-6, 40.0
 11.7E-6, 60.0
 13.0E-6, 80.0
 14.1E-6,100.0
*SURFACE, NAME=SURF_1
 ELEMENT, S1
*SURFACE, NAME=SURF_2
 ELEMENT, S2
*SURFACE, NAME=SURF_3
 BLADES, S1
*SURFACE, NAME=SURF_4
 BLADES, S2
*STEP,INC=100
  STEP 1: JOULE HEATING ANALYSIS
*COUPLED THERMAL-ELECTRICAL,DELTMX=20.0,END=SS
 0.1, 100.0, , ,0.1
*BOUNDARY
 NRHS, 9, , 0.0
 NLHS, 11,, 29.4
 NRHS, 11,, 30.2
*CECURRENT
 NLHS, 9, 3.0
*SFILM
 SURF_1, F, 23.3, H1
 SURF_2, F, 23.3, H1
 SURF_3, F, 23.3, H2
 SURF_4, F, 23.3, H2
*ENERGY PRINT,FREQUENCY=100
*ENERGY PRINT,FREQUENCY=100,ELSET=BLADES
*ENERGY PRINT,FREQUENCY=100,ELSET=ELEMENT
*ENERGY FILE,FREQUENCY=100
*ENERGY FILE,FREQUENCY=100,ELSET=BLADES
*ENERGY FILE,FREQUENCY=100,ELSET=ELEMENT
*EL PRINT,ELSET=ELEMENT,FREQUENCY=100
 JENER, HFLM, ECDM, EPGM
*EL FILE,ELSET=ELEMENT,FREQUENCY=100
 HFL, ECD, EPG
*NODE PRINT,NSET=NOUTP,FREQUENCY=100
 NT,EPOT
*NODE FILE,NSET=NOUTP,FREQUENCY=100
 NT,EPOT
*OUTPUT, FIELD
*ELEMENT OUTPUT
HFL,ECD,EPG
*NODE OUTPUT
NT,EPOT
*OUTPUT,HISTORY
*ENERGY OUTPUT, VARIABLE=PRESELECT
*END STEP
*STEP,INC=100
  STEP 2: COOL DOWN ANALYSIS
*HEAT TRANSFER,DELTMX=20.0,END=SS
 0.1, 100.0, , ,0.1
*END STEP