*HEADING
 COUPLED THERMAL-ELECTRICAL VERIFICATION: DC3D20E
*RESTART,WRITE
*NODE,NSET=NALL
1,,,1.
19,1.,,1.
101,
119,1.,
201,,0.1,
219,1.,0.1,
301,,,0.5
319,1.,,0.5
401,,0.1,0.5
419,1.,0.1,0.5
501,,0.05,1.
519,1.,0.05,1.
601,,0.05,
619,1.,0.05,
701,,0.1,1.
719,1.,0.1,1.
*NGEN,NSET=NALL
1,19
101,119
201,219
301,319
401,419
501,519
601,619
701,719
*NSET,NSET=FACE1
1,301,101,601,201,401,701,501
*NSET,NSET=FACE2
19,319,119,619,219,419,719,519
*ELEMENT, TYPE=DC3D20E, ELSET=EALL
1,1,3,103,101,701,703,203,
201,2,303,102,301,702,403,202,
401,501,503,603,601
*ELGEN,ELSET=EALL
1,9,2
*SOLID SECTION, ELSET=EALL, MATERIAL=A1
*MATERIAL,NAME=A1
*CONDUCTIVITY
 45.0, 
*ELECTRICAL CONDUCTIVITY
 6.58E6, 
*JOULE HEAT FRACTION
1.0, 
*STEP
*COUPLED THERMAL-ELECTRICAL,STEADY STATE
*BOUNDARY
 FACE1,  9, ,   0.0
 FACE2,  9, ,   0.1
 FACE2, 11, , 100.0
*ENERGY FILE
*ENERGY PRINT
*NODE PRINT
 NT,EPOT
 RFL,RECUR
*NODE FILE
 NT,EPOT,RFL,RECUR
*EL PRINT
 ENER,
 ELEN,
 HFL,
 ECD, EPG
 FLUXS,  ECURS,
 NFLUX, NCURS,
*EL FILE
 ENER,
 ELEN,
 HFL, ECD, EPG
 FLUXS, ECURS
 NFLUX, NCURS
*END STEP
*STEP
*HEAT TRANSFER,STEADY STATE
*BOUNDARY,OP=NEW
 FACE2,11,,0.0
*END STEP
*STEP
*COUPLED THERMAL-ELECTRICAL,STEADY STATE
*BOUNDARY,OP=NEW
 FACE1,  9, ,   0.0
 FACE2, 11, , 100.0
*CECURRENT       
19,,-5483.        
119,,-5483.      
219,,-5483.     
319,, 2.1933E+04 
419,, 2.1933E+04 
519,, 2.1933E+04 
619,,2.1933E+04    
719,,-5483.     
*END STEP