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Add scripts and inp files.
2024-05-13 19:50:21 +00:00
1
Abaqus 6.10-1 Date 14-Jan-2013 Time 09:49:21
For use at NATIONAL UNIVERSITY OF IRELAND under license from Dassault Systemes or its subsidiary.
STEP 1 INCREMENT 1 STEP TIME 0.00
S T E P 1 T R A N S I E N T H E A T T R A N S F E R
AUTOMATIC TIME CONTROL WITH -
A SUGGESTED INITIAL TIME INCREMENT OF 1.000E-02
AND A TOTAL TIME PERIOD OF 0.100
THE MINIMUM TIME INCREMENT ALLOWED IS 1.000E-09
THE MAXIMUM TIME INCREMENT ALLOWED IS 1.000E-02
THE SIZE OF THE TIME INCREMENT IS CONTROLLED BY -
THE TEMPERATURE CHANGE PER INCREMENT NOT EXCEEDING 100.
CONVERGENCE TOLERANCE PARAMETERS FOR HEAT FLUX
CRITERION FOR RESIDUAL HEAT FLUX FOR A NONLINEAR PROBLEM 5.000E-03
CRITERION FOR TEMP. CORRECTION IN A NONLINEAR PROBLEM 1.000E-02
INITIAL VALUE OF TIME AVERAGE HEAT FLUX 1.000E-02
AVERAGE HEAT FLUX IS TIME AVERAGE HEAT FLUX
ALTERNATE CRIT. FOR RESIDUAL HEAT FLUX FOR A NONLINEAR PROBLEM 2.000E-02
CRITERION FOR ZERO HEAT FLUX RELATIVE TO TIME AVRG. HEAT FLUX 1.000E-05
CRITERION FOR RESIDUAL HEAT FLUX WHEN THERE IS ZERO FLUX 1.000E-05
CRITERION FOR TEMP. CORRECTION WHEN THERE IS ZERO FLUX 1.000E-03
CRITERION FOR RESIDUAL HEAT FLUX FOR A LINEAR INCREMENT 1.000E-08
FIELD CONVERSION RATIO 1.00
CRITERION FOR ZERO HEAT FLUX REL. TO TIME AVRG. MAX. HEAT FLUX 1.000E-05
VOLUMETRIC STRAIN COMPATIBILITY TOLERANCE FOR HYBRID SOLIDS 1.000E-05
AXIAL STRAIN COMPATIBILITY TOLERANCE FOR HYBRID BEAMS 1.000E-05
TRANS. SHEAR STRAIN COMPATIBILITY TOLERANCE FOR HYBRID BEAMS 1.000E-05
SOFT CONTACT CONSTRAINT COMPATIBILITY TOLERANCE FOR P>P0 5.000E-03
SOFT CONTACT CONSTRAINT COMPATIBILITY TOLERANCE FOR P=0.0 0.100
CONTACT FORCE ERROR TOLERANCE FOR CONVERT SDI=YES 1.00
DISPLACEMENT COMPATIBILITY TOLERANCE FOR DCOUP ELEMENTS 1.000E-05
ROTATION COMPATIBILITY TOLERANCE FOR DCOUP ELEMENTS 1.000E-05
TIME INCREMENTATION CONTROL PARAMETERS:
FIRST EQUILIBRIUM ITERATION FOR CONSECUTIVE DIVERGENCE CHECK 4
EQUILIBRIUM ITERATION AT WHICH LOG. CONVERGENCE RATE CHECK BEGINS 8
EQUILIBRIUM ITERATION AFTER WHICH ALTERNATE RESIDUAL IS USED 9
MAXIMUM EQUILIBRIUM ITERATIONS ALLOWED 16
EQUILIBRIUM ITERATION COUNT FOR CUT-BACK IN NEXT INCREMENT 10
MAXIMUM EQUILIB. ITERS IN TWO INCREMENTS FOR TIME INCREMENT INCREASE 4
MAXIMUM ITERATIONS FOR SEVERE DISCONTINUITIES 12
MAXIMUM CUT-BACKS ALLOWED IN AN INCREMENT 5
MAXIMUM DISCON. ITERS IN TWO INCREMENTS FOR TIME INCREMENT INCREASE 6
MAXIMUM CONTACT AUGMENTATIONS FOR *SURFACE BEHAVIOR,AUGMENTED LAGRANGE 6
CONSECUTIVE INCS MEETING TIME INTEG. TOL. FOR TIME INC. INCREASE 3
CUT-BACK FACTOR AFTER DIVERGENCE 0.2500
CUT-BACK FACTOR FOR TOO SLOW CONVERGENCE 0.5000
CUT-BACK FACTOR AFTER TOO MANY EQUILIBRIUM ITERATIONS 0.7500
CUT-BACK FACTOR AFTER TOO MANY SEVERE DISCONTINUITY ITERATIONS 0.2500
CUT-BACK FACTOR AFTER PROBLEMS IN ELEMENT ASSEMBLY 0.2500
INCREASE FACTOR AFTER TWO INCREMENTS THAT CONVERGE QUICKLY 1.500
MAX. TIME INCREMENT INCREASE FACTOR ALLOWED 1.500
MAX. TIME INCREMENT INCREASE FACTOR ALLOWED (DYNAMICS) 1.250
MAX. TIME INCREMENT INCREASE FACTOR ALLOWED (DIFFUSION) 2.000
MINIMUM TIME INCREMENT RATIO FOR EXTRAPOLATION TO OCCUR 0.1000
CUT-BACK FACTOR WHEN TIME INTEGRATION ACCURACY TOL. EXCEEDED 0.8500
MAX. RATIO OF TIME INTEG. MEASURE TO TOL. FOR TIME INC. INCREASE 0.7500
INCREASE FACTOR FOR TIME INCREMENT WHEN POSSIBLE 0.8000
MIN. TIME INC. INCREASE FACTOR IN LINEAR TRANSIENT PROBLEMS 0.9500
MAX. RATIO OF TIME INCREMENT TO STABILITY LIMIT 1.000
FRACTION OF STABILITY LIMIT FOR NEW TIME INCREMENT 0.9500
TIME INCREMENT INCREASE FACTOR BEFORE A TIME POINT 1.000
AUTOMATIC TOLERANCES FOR OVERCLOSURE AND SEPARATION
PRESSURE ARE SUPPRESSED
GLOBAL STABILIZATION CONTROL IS NOT USED
FRICTION IS INCLUDED IN INCREMENT THAT THE CONTACT POINT CLOSES
PRINT OF INCREMENT NUMBER, TIME, ETC., EVERY 1 INCREMENTS
THE MAXIMUM NUMBER OF INCREMENTS IN THIS STEP IS 100
UNSYMMETRIC MATRIX STORAGE AND SOLUTION WILL BE USED
LINEAR EXTRAPOLATION WILL BE USED
DETAILS REGARDING ACTUAL SOLUTION WAVEFRONT REQUESTED
DETAILED OUTPUT OF DIAGNOSTICS TO DATABASE REQUESTED
PRINT OF INCREMENT NUMBER, TIME, ETC., TO THE MESSAGE FILE EVERY 1 INCREMENTS
EQUATIONS ARE BEING REORDERED TO MINIMIZE WAVEFRONT
COLLECTING MODEL CONSTRAINT INFORMATION FOR OVERCONSTRAINT CHECKS
COLLECTING STEP CONSTRAINT INFORMATION FOR OVERCONSTRAINT CHECKS
INCREMENT 1 STARTS. ATTEMPT NUMBER 1, TIME INCREMENT 1.000E-02
NUMBER OF EQUATIONS = 10 NUMBER OF FLOATING PT. OPERATIONS = 2.96E+02
CHECK POINT START OF SOLVER
CHECK POINT END OF SOLVER
ELAPSED USER TIME (SEC) = 0.0000
ELAPSED SYSTEM TIME (SEC) = 0.0000
ELAPSED TOTAL CPU TIME (SEC) = 0.0000
ELAPSED WALLCLOCK TIME (SEC) = 0
CONVERGENCE CHECKS FOR EQUILIBRIUM ITERATION 1
AVERAGE HEAT FLUX 0.400 TIME AVG. HEAT FLUX 0.400
LARGEST RESIDUAL HEAT FLUX 1.568E-15 AT NODE 2 DOF 11
INSTANCE: PART-1-1
LARGEST INCREMENT OF TEMP. -3.47 AT NODE 1 DOF 12
INSTANCE: PART-1-1
LARGEST CORRECTION TO TEMP. -3.47 AT NODE 1 DOF 12
INSTANCE: PART-1-1
THE HEAT FLUX EQUILIBRIUM RESPONSE WAS LINEAR IN THIS INCREMENT
MAXIMUM NON-PRESCRIBED INCREMENT IN TEMPERATURE IS -3.47
ITERATION SUMMARY FOR THE INCREMENT: 1 TOTAL ITERATIONS, OF WHICH
0 ARE SEVERE DISCONTINUITY ITERATIONS AND 1 ARE EQUILIBRIUM ITERATIONS.
TIME INCREMENT COMPLETED 1.000E-02, FRACTION OF STEP COMPLETED 0.100
STEP TIME COMPLETED 1.000E-02, TOTAL TIME COMPLETED 1.000E-02
INCREMENT 2 STARTS. ATTEMPT NUMBER 1, TIME INCREMENT 1.000E-02
NUMBER OF EQUATIONS = 10 NUMBER OF FLOATING PT. OPERATIONS = 2.96E+02
CHECK POINT START OF SOLVER
CHECK POINT END OF SOLVER
ELAPSED USER TIME (SEC) = 0.0000
ELAPSED SYSTEM TIME (SEC) = 0.0000
ELAPSED TOTAL CPU TIME (SEC) = 0.0000
ELAPSED WALLCLOCK TIME (SEC) = 0
CONVERGENCE CHECKS FOR EQUILIBRIUM ITERATION 1
AVERAGE HEAT FLUX 4.14 TIME AVG. HEAT FLUX 2.27
LARGEST RESIDUAL HEAT FLUX 14.6 AT NODE 3 DOF 11
INSTANCE: PART-1-1
LARGEST INCREMENT OF TEMP. -2.25 AT NODE 3 DOF 12
INSTANCE: PART-1-1
LARGEST CORRECTION TO TEMP. 2.18 AT NODE 1 DOF 12
INSTANCE: PART-1-1
HEAT FLUX EQUILIBRIUM NOT ACHIEVED WITHIN TOLERANCE.
NUMBER OF EQUATIONS = 10 NUMBER OF FLOATING PT. OPERATIONS = 2.96E+02
CHECK POINT START OF SOLVER
CHECK POINT END OF SOLVER
ELAPSED USER TIME (SEC) = 0.0000
ELAPSED SYSTEM TIME (SEC) = 0.0000
ELAPSED TOTAL CPU TIME (SEC) = 0.0000
ELAPSED WALLCLOCK TIME (SEC) = 0
CONVERGENCE CHECKS FOR EQUILIBRIUM ITERATION 2
AVERAGE HEAT FLUX 6.38 TIME AVG. HEAT FLUX 3.39
LARGEST RESIDUAL HEAT FLUX 24.1 AT NODE 3 DOF 11
INSTANCE: PART-1-1
LARGEST INCREMENT OF TEMP. -3.77 AT NODE 3 DOF 12
INSTANCE: PART-1-1
LARGEST CORRECTION TO TEMP. -1.52 AT NODE 3 DOF 12
INSTANCE: PART-1-1
HEAT FLUX EQUILIBRIUM NOT ACHIEVED WITHIN TOLERANCE.
NUMBER OF EQUATIONS = 10 NUMBER OF FLOATING PT. OPERATIONS = 2.96E+02
CHECK POINT START OF SOLVER
CHECK POINT END OF SOLVER
ELAPSED USER TIME (SEC) = 0.0000
ELAPSED SYSTEM TIME (SEC) = 0.0000
ELAPSED TOTAL CPU TIME (SEC) = 0.0000
ELAPSED WALLCLOCK TIME (SEC) = 0
CONVERGENCE CHECKS FOR EQUILIBRIUM ITERATION 3
AVERAGE HEAT FLUX 10.1 TIME AVG. HEAT FLUX 5.25
LARGEST RESIDUAL HEAT FLUX 39.9 AT NODE 3 DOF 11
INSTANCE: PART-1-1
LARGEST INCREMENT OF TEMP. -6.28 AT NODE 3 DOF 12
INSTANCE: PART-1-1
LARGEST CORRECTION TO TEMP. -2.51 AT NODE 3 DOF 12
INSTANCE: PART-1-1
HEAT FLUX EQUILIBRIUM NOT ACHIEVED WITHIN TOLERANCE.
NUMBER OF EQUATIONS = 10 NUMBER OF FLOATING PT. OPERATIONS = 2.96E+02
CHECK POINT START OF SOLVER
CHECK POINT END OF SOLVER
ELAPSED USER TIME (SEC) = 0.0000
ELAPSED SYSTEM TIME (SEC) = 0.0000
ELAPSED TOTAL CPU TIME (SEC) = 0.0000
ELAPSED WALLCLOCK TIME (SEC) = 0
CONVERGENCE CHECKS FOR EQUILIBRIUM ITERATION 4
AVERAGE HEAT FLUX 16.2 TIME AVG. HEAT FLUX 8.32
LARGEST RESIDUAL HEAT FLUX 66.0 AT NODE 3 DOF 11
INSTANCE: PART-1-1
LARGEST INCREMENT OF TEMP. -10.4 AT NODE 3 DOF 12
INSTANCE: PART-1-1
LARGEST CORRECTION TO TEMP. -4.15 AT NODE 3 DOF 12
INSTANCE: PART-1-1
HEAT FLUX EQUILIBRIUM NOT ACHIEVED WITHIN TOLERANCE.
***NOTE: THE SOLUTION APPEARS TO BE DIVERGING. CONVERGENCE IS JUDGED UNLIKELY.
INCREMENT 2 STARTS. ATTEMPT NUMBER 2, TIME INCREMENT 2.500E-03
NUMBER OF EQUATIONS = 10 NUMBER OF FLOATING PT. OPERATIONS = 2.96E+02
CHECK POINT START OF SOLVER
CHECK POINT END OF SOLVER
ELAPSED USER TIME (SEC) = 0.0000
ELAPSED SYSTEM TIME (SEC) = 0.0000
ELAPSED TOTAL CPU TIME (SEC) = 0.0000
ELAPSED WALLCLOCK TIME (SEC) = 0
CONVERGENCE CHECKS FOR EQUILIBRIUM ITERATION 1
AVERAGE HEAT FLUX 0.713 TIME AVG. HEAT FLUX 0.557
LARGEST RESIDUAL HEAT FLUX -0.923 AT NODE 3 DOF 11
INSTANCE: PART-1-1
LARGEST INCREMENT OF TEMP. 0.383 AT NODE 1 DOF 12
INSTANCE: PART-1-1
LARGEST CORRECTION TO TEMP. 1.25 AT NODE 1 DOF 12
INSTANCE: PART-1-1
HEAT FLUX EQUILIBRIUM NOT ACHIEVED WITHIN TOLERANCE.
NUMBER OF EQUATIONS = 10 NUMBER OF FLOATING PT. OPERATIONS = 2.96E+02
CHECK POINT START OF SOLVER
CHECK POINT END OF SOLVER
ELAPSED USER TIME (SEC) = 0.0000
ELAPSED SYSTEM TIME (SEC) = 0.0000
ELAPSED TOTAL CPU TIME (SEC) = 0.0000
ELAPSED WALLCLOCK TIME (SEC) = 0
CONVERGENCE CHECKS FOR EQUILIBRIUM ITERATION 2
AVERAGE HEAT FLUX 0.850 TIME AVG. HEAT FLUX 0.625
LARGEST RESIDUAL HEAT FLUX -8.521E-15 AT NODE 3 DOF 11
INSTANCE: PART-1-1
LARGEST INCREMENT OF TEMP. 0.504 AT NODE 1 DOF 12
INSTANCE: PART-1-1
LARGEST CORRECTION TO TEMP. 0.126 AT NODE 3 DOF 12
INSTANCE: PART-1-1
THE HEAT FLUX EQUILIBRIUM EQUATIONS HAVE CONVERGED
MAXIMUM NON-PRESCRIBED INCREMENT IN TEMPERATURE IS 0.504
ITERATION SUMMARY FOR THE INCREMENT: 2 TOTAL ITERATIONS, OF WHICH
0 ARE SEVERE DISCONTINUITY ITERATIONS AND 2 ARE EQUILIBRIUM ITERATIONS.
TIME INCREMENT COMPLETED 2.500E-03, FRACTION OF STEP COMPLETED 0.125
STEP TIME COMPLETED 1.250E-02, TOTAL TIME COMPLETED 1.250E-02
INCREMENT 3 STARTS. ATTEMPT NUMBER 1, TIME INCREMENT 2.500E-03
NUMBER OF EQUATIONS = 10 NUMBER OF FLOATING PT. OPERATIONS = 2.96E+02
CHECK POINT START OF SOLVER
CHECK POINT END OF SOLVER
ELAPSED USER TIME (SEC) = 0.0000
ELAPSED SYSTEM TIME (SEC) = 0.0000
ELAPSED TOTAL CPU TIME (SEC) = 0.0000
ELAPSED WALLCLOCK TIME (SEC) = 0
CONVERGENCE CHECKS FOR EQUILIBRIUM ITERATION 1
AVERAGE HEAT FLUX 0.855 TIME AVG. HEAT FLUX 0.701
LARGEST RESIDUAL HEAT FLUX 8.410E-15 AT NODE 3 DOF 11
INSTANCE: PART-1-1
LARGEST INCREMENT OF TEMP. 0.376 AT NODE 2 DOF 12
INSTANCE: PART-1-1
LARGEST CORRECTION TO TEMP. -0.138 AT NODE 1 DOF 12
INSTANCE: PART-1-1
THE HEAT FLUX EQUILIBRIUM RESPONSE WAS LINEAR IN THIS INCREMENT
MAXIMUM NON-PRESCRIBED INCREMENT IN TEMPERATURE IS 0.376
TIME INCREMENT MAY NOW INCREASE TO 5.000E-03
ITERATION SUMMARY FOR THE INCREMENT: 1 TOTAL ITERATIONS, OF WHICH
0 ARE SEVERE DISCONTINUITY ITERATIONS AND 1 ARE EQUILIBRIUM ITERATIONS.
TIME INCREMENT COMPLETED 2.500E-03, FRACTION OF STEP COMPLETED 0.150
STEP TIME COMPLETED 1.500E-02, TOTAL TIME COMPLETED 1.500E-02
INCREMENT 4 STARTS. ATTEMPT NUMBER 1, TIME INCREMENT 5.000E-03
NUMBER OF EQUATIONS = 10 NUMBER OF FLOATING PT. OPERATIONS = 2.96E+02
CHECK POINT START OF SOLVER
CHECK POINT END OF SOLVER
ELAPSED USER TIME (SEC) = 0.0000
ELAPSED SYSTEM TIME (SEC) = 0.0000
ELAPSED TOTAL CPU TIME (SEC) = 0.0000
ELAPSED WALLCLOCK TIME (SEC) = 0
CONVERGENCE CHECKS FOR EQUILIBRIUM ITERATION 1
AVERAGE HEAT FLUX 0.831 TIME AVG. HEAT FLUX 0.734
LARGEST RESIDUAL HEAT FLUX 8.868E-15 AT NODE 3 DOF 11
INSTANCE: PART-1-1
LARGEST INCREMENT OF TEMP. 0.423 AT NODE 2 DOF 12
INSTANCE: PART-1-1
LARGEST CORRECTION TO TEMP. -0.330 AT NODE 2 DOF 12
INSTANCE: PART-1-1
THE HEAT FLUX EQUILIBRIUM RESPONSE WAS LINEAR IN THIS INCREMENT
MAXIMUM NON-PRESCRIBED INCREMENT IN TEMPERATURE IS 0.423
TIME INCREMENT MAY NOW INCREASE TO 1.000E-02
ITERATION SUMMARY FOR THE INCREMENT: 1 TOTAL ITERATIONS, OF WHICH
0 ARE SEVERE DISCONTINUITY ITERATIONS AND 1 ARE EQUILIBRIUM ITERATIONS.
TIME INCREMENT COMPLETED 5.000E-03, FRACTION OF STEP COMPLETED 0.200
STEP TIME COMPLETED 2.000E-02, TOTAL TIME COMPLETED 2.000E-02
INCREMENT 5 STARTS. ATTEMPT NUMBER 1, TIME INCREMENT 1.000E-02
NUMBER OF EQUATIONS = 10 NUMBER OF FLOATING PT. OPERATIONS = 2.96E+02
CHECK POINT START OF SOLVER
CHECK POINT END OF SOLVER
ELAPSED USER TIME (SEC) = 0.0000
ELAPSED SYSTEM TIME (SEC) = 0.0000
ELAPSED TOTAL CPU TIME (SEC) = 0.0000
ELAPSED WALLCLOCK TIME (SEC) = 0
CONVERGENCE CHECKS FOR EQUILIBRIUM ITERATION 1
AVERAGE HEAT FLUX 0.745 TIME AVG. HEAT FLUX 0.736
LARGEST RESIDUAL HEAT FLUX -5.773E-15 AT NODE 4 DOF 11
INSTANCE: PART-1-1
LARGEST INCREMENT OF TEMP. 0.446 AT NODE 1 DOF 12
INSTANCE: PART-1-1
LARGEST CORRECTION TO TEMP. -0.406 AT NODE 2 DOF 12
INSTANCE: PART-1-1
THE HEAT FLUX EQUILIBRIUM RESPONSE WAS LINEAR IN THIS INCREMENT
MAXIMUM NON-PRESCRIBED INCREMENT IN TEMPERATURE IS 0.446
ITERATION SUMMARY FOR THE INCREMENT: 1 TOTAL ITERATIONS, OF WHICH
0 ARE SEVERE DISCONTINUITY ITERATIONS AND 1 ARE EQUILIBRIUM ITERATIONS.
TIME INCREMENT COMPLETED 1.000E-02, FRACTION OF STEP COMPLETED 0.300
STEP TIME COMPLETED 3.000E-02, TOTAL TIME COMPLETED 3.000E-02
INCREMENT 6 STARTS. ATTEMPT NUMBER 1, TIME INCREMENT 1.000E-02
NUMBER OF EQUATIONS = 10 NUMBER OF FLOATING PT. OPERATIONS = 2.96E+02
CHECK POINT START OF SOLVER
CHECK POINT END OF SOLVER
ELAPSED USER TIME (SEC) = 0.0000
ELAPSED SYSTEM TIME (SEC) = 0.0000
ELAPSED TOTAL CPU TIME (SEC) = 0.0000
ELAPSED WALLCLOCK TIME (SEC) = 0
CONVERGENCE CHECKS FOR EQUILIBRIUM ITERATION 1
AVERAGE HEAT FLUX 0.657 TIME AVG. HEAT FLUX 0.723
LARGEST RESIDUAL HEAT FLUX -7.147E-15 AT NODE 3 DOF 11
INSTANCE: PART-1-1
LARGEST INCREMENT OF TEMP. 0.292 AT NODE 1 DOF 12
INSTANCE: PART-1-1
LARGEST CORRECTION TO TEMP. -0.156 AT NODE 2 DOF 12
INSTANCE: PART-1-1
THE HEAT FLUX EQUILIBRIUM RESPONSE WAS LINEAR IN THIS INCREMENT
MAXIMUM NON-PRESCRIBED INCREMENT IN TEMPERATURE IS 0.292
ITERATION SUMMARY FOR THE INCREMENT: 1 TOTAL ITERATIONS, OF WHICH
0 ARE SEVERE DISCONTINUITY ITERATIONS AND 1 ARE EQUILIBRIUM ITERATIONS.
TIME INCREMENT COMPLETED 1.000E-02, FRACTION OF STEP COMPLETED 0.400
STEP TIME COMPLETED 4.000E-02, TOTAL TIME COMPLETED 4.000E-02
INCREMENT 7 STARTS. ATTEMPT NUMBER 1, TIME INCREMENT 1.000E-02
NUMBER OF EQUATIONS = 10 NUMBER OF FLOATING PT. OPERATIONS = 2.96E+02
CHECK POINT START OF SOLVER
CHECK POINT END OF SOLVER
ELAPSED USER TIME (SEC) = 0.0000
ELAPSED SYSTEM TIME (SEC) = 0.0000
ELAPSED TOTAL CPU TIME (SEC) = 0.0000
ELAPSED WALLCLOCK TIME (SEC) = 0
CONVERGENCE CHECKS FOR EQUILIBRIUM ITERATION 1
AVERAGE HEAT FLUX 0.576 TIME AVG. HEAT FLUX 0.702
LARGEST RESIDUAL HEAT FLUX 1.817E-14 AT NODE 3 DOF 11
INSTANCE: PART-1-1
LARGEST INCREMENT OF TEMP. 0.216 AT NODE 1 DOF 12
INSTANCE: PART-1-1
LARGEST CORRECTION TO TEMP. -7.617E-02 AT NODE 1 DOF 12
INSTANCE: PART-1-1
THE HEAT FLUX EQUILIBRIUM RESPONSE WAS LINEAR IN THIS INCREMENT
MAXIMUM NON-PRESCRIBED INCREMENT IN TEMPERATURE IS 0.216
ITERATION SUMMARY FOR THE INCREMENT: 1 TOTAL ITERATIONS, OF WHICH
0 ARE SEVERE DISCONTINUITY ITERATIONS AND 1 ARE EQUILIBRIUM ITERATIONS.
TIME INCREMENT COMPLETED 1.000E-02, FRACTION OF STEP COMPLETED 0.500
STEP TIME COMPLETED 5.000E-02, TOTAL TIME COMPLETED 5.000E-02
INCREMENT 8 STARTS. ATTEMPT NUMBER 1, TIME INCREMENT 1.000E-02
NUMBER OF EQUATIONS = 10 NUMBER OF FLOATING PT. OPERATIONS = 2.96E+02
CHECK POINT START OF SOLVER
CHECK POINT END OF SOLVER
ELAPSED USER TIME (SEC) = 0.0000
ELAPSED SYSTEM TIME (SEC) = 0.0000
ELAPSED TOTAL CPU TIME (SEC) = 0.0000
ELAPSED WALLCLOCK TIME (SEC) = 0
CONVERGENCE CHECKS FOR EQUILIBRIUM ITERATION 1
AVERAGE HEAT FLUX 0.503 TIME AVG. HEAT FLUX 0.677
LARGEST RESIDUAL HEAT FLUX -4.458E-15 AT NODE 3 DOF 11
INSTANCE: PART-1-1
LARGEST INCREMENT OF TEMP. 0.172 AT NODE 1 DOF 12
INSTANCE: PART-1-1
LARGEST CORRECTION TO TEMP. -4.391E-02 AT NODE 1 DOF 12
INSTANCE: PART-1-1
THE HEAT FLUX EQUILIBRIUM RESPONSE WAS LINEAR IN THIS INCREMENT
MAXIMUM NON-PRESCRIBED INCREMENT IN TEMPERATURE IS 0.172
ITERATION SUMMARY FOR THE INCREMENT: 1 TOTAL ITERATIONS, OF WHICH
0 ARE SEVERE DISCONTINUITY ITERATIONS AND 1 ARE EQUILIBRIUM ITERATIONS.
TIME INCREMENT COMPLETED 1.000E-02, FRACTION OF STEP COMPLETED 0.600
STEP TIME COMPLETED 6.000E-02, TOTAL TIME COMPLETED 6.000E-02
INCREMENT 9 STARTS. ATTEMPT NUMBER 1, TIME INCREMENT 1.000E-02
NUMBER OF EQUATIONS = 10 NUMBER OF FLOATING PT. OPERATIONS = 2.96E+02
CHECK POINT START OF SOLVER
CHECK POINT END OF SOLVER
ELAPSED USER TIME (SEC) = 0.0000
ELAPSED SYSTEM TIME (SEC) = 0.0000
ELAPSED TOTAL CPU TIME (SEC) = 0.0000
ELAPSED WALLCLOCK TIME (SEC) = 0
CONVERGENCE CHECKS FOR EQUILIBRIUM ITERATION 1
AVERAGE HEAT FLUX 0.439 TIME AVG. HEAT FLUX 0.651
LARGEST RESIDUAL HEAT FLUX -4.479E-15 AT NODE 3 DOF 11
INSTANCE: PART-1-1
LARGEST INCREMENT OF TEMP. 0.143 AT NODE 1 DOF 12
INSTANCE: PART-1-1
LARGEST CORRECTION TO TEMP. -2.906E-02 AT NODE 1 DOF 12
INSTANCE: PART-1-1
THE HEAT FLUX EQUILIBRIUM RESPONSE WAS LINEAR IN THIS INCREMENT
MAXIMUM NON-PRESCRIBED INCREMENT IN TEMPERATURE IS 0.143
ITERATION SUMMARY FOR THE INCREMENT: 1 TOTAL ITERATIONS, OF WHICH
0 ARE SEVERE DISCONTINUITY ITERATIONS AND 1 ARE EQUILIBRIUM ITERATIONS.
TIME INCREMENT COMPLETED 1.000E-02, FRACTION OF STEP COMPLETED 0.700
STEP TIME COMPLETED 7.000E-02, TOTAL TIME COMPLETED 7.000E-02
INCREMENT 10 STARTS. ATTEMPT NUMBER 1, TIME INCREMENT 1.000E-02
NUMBER OF EQUATIONS = 10 NUMBER OF FLOATING PT. OPERATIONS = 2.96E+02
CHECK POINT START OF SOLVER
CHECK POINT END OF SOLVER
ELAPSED USER TIME (SEC) = 0.0000
ELAPSED SYSTEM TIME (SEC) = 0.0000
ELAPSED TOTAL CPU TIME (SEC) = 0.0000
ELAPSED WALLCLOCK TIME (SEC) = 0
CONVERGENCE CHECKS FOR EQUILIBRIUM ITERATION 1
AVERAGE HEAT FLUX 0.383 TIME AVG. HEAT FLUX 0.624
LARGEST RESIDUAL HEAT FLUX -1.998E-15 AT NODE 4 DOF 11
INSTANCE: PART-1-1
LARGEST INCREMENT OF TEMP. 0.122 AT NODE 1 DOF 12
INSTANCE: PART-1-1
LARGEST CORRECTION TO TEMP. -2.148E-02 AT NODE 1 DOF 12
INSTANCE: PART-1-1
THE HEAT FLUX EQUILIBRIUM RESPONSE WAS LINEAR IN THIS INCREMENT
MAXIMUM NON-PRESCRIBED INCREMENT IN TEMPERATURE IS 0.122
ITERATION SUMMARY FOR THE INCREMENT: 1 TOTAL ITERATIONS, OF WHICH
0 ARE SEVERE DISCONTINUITY ITERATIONS AND 1 ARE EQUILIBRIUM ITERATIONS.
TIME INCREMENT COMPLETED 1.000E-02, FRACTION OF STEP COMPLETED 0.800
STEP TIME COMPLETED 8.000E-02, TOTAL TIME COMPLETED 8.000E-02
INCREMENT 11 STARTS. ATTEMPT NUMBER 1, TIME INCREMENT 1.000E-02
NUMBER OF EQUATIONS = 10 NUMBER OF FLOATING PT. OPERATIONS = 2.96E+02
CHECK POINT START OF SOLVER
CHECK POINT END OF SOLVER
ELAPSED USER TIME (SEC) = 0.0000
ELAPSED SYSTEM TIME (SEC) = 0.0000
ELAPSED TOTAL CPU TIME (SEC) = 0.0000
ELAPSED WALLCLOCK TIME (SEC) = 0
CONVERGENCE CHECKS FOR EQUILIBRIUM ITERATION 1
AVERAGE HEAT FLUX 0.334 TIME AVG. HEAT FLUX 0.597
LARGEST RESIDUAL HEAT FLUX 3.331E-15 AT NODE 4 DOF 11
INSTANCE: PART-1-1
LARGEST INCREMENT OF TEMP. 0.105 AT NODE 3 DOF 12
INSTANCE: PART-1-1
LARGEST CORRECTION TO TEMP. -1.708E-02 AT NODE 1 DOF 12
INSTANCE: PART-1-1
THE HEAT FLUX EQUILIBRIUM RESPONSE WAS LINEAR IN THIS INCREMENT
MAXIMUM NON-PRESCRIBED INCREMENT IN TEMPERATURE IS 0.105
ITERATION SUMMARY FOR THE INCREMENT: 1 TOTAL ITERATIONS, OF WHICH
0 ARE SEVERE DISCONTINUITY ITERATIONS AND 1 ARE EQUILIBRIUM ITERATIONS.
TIME INCREMENT COMPLETED 1.000E-02, FRACTION OF STEP COMPLETED 0.900
STEP TIME COMPLETED 9.000E-02, TOTAL TIME COMPLETED 9.000E-02
INCREMENT 12 STARTS. ATTEMPT NUMBER 1, TIME INCREMENT 1.000E-02
NUMBER OF EQUATIONS = 10 NUMBER OF FLOATING PT. OPERATIONS = 2.96E+02
CHECK POINT START OF SOLVER
CHECK POINT END OF SOLVER
ELAPSED USER TIME (SEC) = 0.0000
ELAPSED SYSTEM TIME (SEC) = 0.0000
ELAPSED TOTAL CPU TIME (SEC) = 0.0000
ELAPSED WALLCLOCK TIME (SEC) = 0
CONVERGENCE CHECKS FOR EQUILIBRIUM ITERATION 1
AVERAGE HEAT FLUX 0.292 TIME AVG. HEAT FLUX 0.572
LARGEST RESIDUAL HEAT FLUX 5.497E-15 AT NODE 3 DOF 11
INSTANCE: PART-1-1
LARGEST INCREMENT OF TEMP. 9.121E-02 AT NODE 3 DOF 12
INSTANCE: PART-1-1
LARGEST CORRECTION TO TEMP. -1.417E-02 AT NODE 1 DOF 12
INSTANCE: PART-1-1
THE HEAT FLUX EQUILIBRIUM RESPONSE WAS LINEAR IN THIS INCREMENT
MAXIMUM NON-PRESCRIBED INCREMENT IN TEMPERATURE IS 9.121E-02
ITERATION SUMMARY FOR THE INCREMENT: 1 TOTAL ITERATIONS, OF WHICH
0 ARE SEVERE DISCONTINUITY ITERATIONS AND 1 ARE EQUILIBRIUM ITERATIONS.
TIME INCREMENT COMPLETED 1.000E-02, FRACTION OF STEP COMPLETED 1.00
STEP TIME COMPLETED 0.100 , TOTAL TIME COMPLETED 0.100
THE ANALYSIS HAS BEEN COMPLETED
ANALYSIS SUMMARY:
TOTAL OF 12 INCREMENTS
1 CUTBACKS IN AUTOMATIC INCREMENTATION
17 ITERATIONS INCLUDING CONTACT ITERATIONS IF PRESENT
17 PASSES THROUGH THE EQUATION SOLVER OF WHICH
9 INVOLVE MATRIX DECOMPOSITION, INCLUDING
0 DECOMPOSITION(S) OF THE MASS MATRIX
1 REORDERING OF EQUATIONS TO MINIMIZE WAVEFRONT
0 ADDITIONAL RESIDUAL EVALUATIONS FOR LINE SEARCHES
0 ADDITIONAL OPERATOR EVALUATIONS FOR LINE SEARCHES
0 WARNING MESSAGES DURING USER INPUT PROCESSING
0 WARNING MESSAGES DURING ANALYSIS
0 ANALYSIS WARNINGS ARE NUMERICAL PROBLEM MESSAGES
0 ANALYSIS WARNINGS ARE NEGATIVE EIGENVALUE MESSAGES
0 ERROR MESSAGES
JOB TIME SUMMARY
USER TIME (SEC) = 0.20000
SYSTEM TIME (SEC) = 0.10000
TOTAL CPU TIME (SEC) = 0.30000
WALLCLOCK TIME (SEC) = 1
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