To run the model, from a command line run
$ pan -b 09_thermal
The analysis progress is written to file 09_thermal.out. To check progress run
$ tail 09_thermal.out
After the analysis completes, the last few lines of the output file 09_thermal.out should be similar to the following:
inc = 26 time = 1982.8118 iter = 1 eps = 0.14619E+03 inc = 26 time = 1982.8118 iter = 2 eps = 0.81148E-12 Finished writing file results\09 thermal 26.case Finished writing file results\09 thermal 26_c.case Writing record: 2, time: 1982.81176470588 Increment end CPU wall for increment 26 = 00:00:00.24, since start = 00:00:24.16 Layer end Mesh preview volume = 791.560000000000 Activated volume = 791.560000000000 Activated percentage = 100.0000000000000 Finished writing file .\09 thermal.case Finished writing file .\09 thermal_c.case Analysis completed CPU wall for printing = 00:00:06.82 CPU wall = 00:00:24.24 Approximate single thread simulation time = 00:03:51.79 Peak RAM used for this process = 200,808 kB END Autodesk AM Process Simulation
Actual CPU times will differ.
Run the first analysis from the command line:
$ pan -b 09_mechanical
The analysis progress is written to file 09_mechanical.out. To check progress run
$ tail 09_mechanical.out
After the analysis completes, the last few lines of the output file 09_mechanical.out should be similar to the following:
----------------------------------
Substrate removal time increment
----------------------------------
inc = 28 time = 101982.81 iter = 1 eps = 0.38664E+04
inc = 28 time = 101982.81 iter = 2 eps = 0.18544E-08
Optimizing rigid body motion...
Initial RMS displacement = 3.923235E-01
Optimized RMS displacement = 3.844405E-01
Number of optimization iterations = 253
Rotation matrix =
1.000000E+000 4.866337E-006 -3.057756E-007
-4.866336E-006 1.000000E+000 4.373661E-006
3.057969E-007 -4.373660E-006 1.000000E+000
Translation = 1.016759E-004 -9.147503E-005 7.824827E-002
Finished writing file results\09 mechanical 28_f.case
Finished writing file results\09 mechanical 28.case
Increment end
CPU wall for increment 28 = 00:00:00.73, since start = 00:00:35.81
Layer end
------------------------------------------------------
Total number of equilibrium iterations: 56
Mesh preview volume = 791.560000000000
Activated volume = 791.560000000000
Activated percentage = 100.0000000000000
Signal tag 6850
*** CRITICAL WARNING: 1
Code 1041
Recoater interference detected at three layer groups.
Minimum clearance of 55.819 percent at height
Finished writing file .\09 mechanical_f.case
Finished writing file .\09 mechanical.case
Analysis completed
****************************
3 Warnings
****************************
****************************
1 Critical warning
****************************
CPU wall for substrate removal = 00:00:00.79
CPU wall = 00:00:35.87
Total thermal & mechanical simulation time = 00:01:00.11
Approximate single thread simulation time = 00:09:00.01
Peak RAM used for this process = 666,068 kB
END Autodesk AM Process Simulation
Actual CPU times may differ.
Run the second analysis from the command line:
$ pan -b 09_mechanical_ppla
The analysis progress is written to file 09_mechanical_ppla.out. To check progress run
$ tail 09_mechanical_ppla.out
After the analysis completes, the last few lines of the output file 09_mechanical_ppla.out should be similar to the following:
---------------------- *COOL time increment ---------------------- CPU wall for printing = 00:00:14.93 HTOR is being set to zero*** inc = 27 time = 51982.812 iter = 1 eps = 0.30443E+05 inc = 27 time = 51982.812 iter = 2 eps = 0.91997E-09 Finished writing file results\09_mechanical_ppla_27.case Increment end CPU wall for increment 27 = 00:00:00.62, since start = 00:00:33.93 Layer end CPU wall for cooldown = 00:00:00.62 ------------------------------------ Plasticity iteration # 1 ------------------------------------ inc = 28 time = 101982.81 iter = 1 eps = 0.42428E+04 inc = 28 time = 101982.81 iter = 2 eps = 0.18250E+04 inc = 28 time = 101982.81 iter = 3 eps = 0.73849E+03 inc = 28 time = 101982.81 iter = 4 eps = 0.51441E+03 inc = 28 time = 101982.81 iter = 5 eps = 0.69360E+03 Signal tag 6C79 *** CRITICAL WARNING: 1 Code 1028 Residual is increasing. Reducing time step. Switching plasticity algorithm ------------------------------------ Plasticity step CPU wall for plasticity = 00:00:01.82 -------------------------------------- Plasticity progress 0.333333333333333 inc = 28 time = 68649.478 iter = 1 eps = 0.62402E+02 inc = 28 time = 68649.478 iter = 2 eps = 0.13592E+01 inc = 28 time = 68649.478 iter = 3 eps = 0.30879E-02 -------------------------------------- Plasticity progress 0.666666666666667 inc = 28 time = 85316.145 iter = 1 eps = 0.38341E+03 inc = 28 time = 85316.145 iter = 2 eps = 0.36994E+02 inc = 28 time = 85316.145 iter = 3 eps = 0.87706E+00 inc = 28 time = 85316.145 iter = 4 eps = 0.32971E-02 -------------------------------------- Plasticity progress 1.00000000000000 inc = 28 time = 101982.81 iter = 1 eps = 0.41306E+04 inc = 28 time = 101982.81 iter = 2 eps = 0.17265E+04 inc = 28 time = 101982.81 iter = 3 eps = 0.70514E+03 inc = 28 time = 101982.81 iter = 4 eps = 0.47470E+03 inc = 28 time = 101982.81 iter = 5 eps = 0.64633E+03 Signal tag 4803 *** CRITICAL WARNING: 2 Code 1028 Residual is increasing. Reducing time step. Reducing plasticity step Relaxation factor: 0.500000000000000 New plasticity step: 0.166666666666667 -------------------------------------- Plasticity progress 0.833333333333333 inc = 28 time = 93649.478 iter = 1 eps = 0.10001E+04 inc = 28 time = 93649.478 iter = 2 eps = 0.51633E+03 inc = 28 time = 93649.478 iter = 3 eps = 0.39232E+02 inc = 28 time = 93649.478 iter = 4 eps = 0.57632E+00 inc = 28 time = 93649.478 iter = 5 eps = 0.11967E-02 -------------------------------------- Plasticity progress 1.00000000000000 inc = 28 time = 101982.81 iter = 1 eps = 0.35728E+04 inc = 28 time = 101982.81 iter = 2 eps = 0.13446E+04 inc = 28 time = 101982.81 iter = 3 eps = 0.36232E+03 inc = 28 time = 101982.81 iter = 4 eps = 0.63633E+02 inc = 28 time = 101982.81 iter = 5 eps = 0.29341E+01 inc = 28 time = 101982.81 iter = 6 eps = 0.18042E-01 inc = 28 time = 101982.81 iter = 7 eps = 0.16248E-05 Finished writing file results\09_mechanical_ppla_28_f.case Finished writing file results\09_mechanical_ppla_28.case Increment end CPU wall for increment 28 = 00:00:10.29, since start = 00:00:44.23 Layer end CPU wall for plasticity = 00:00:08.48 ---------------------------------- Substrate removal time increment ---------------------------------- inc = 29 time = 151982.81 iter = 1 eps = 0.18879E+04 inc = 29 time = 151982.81 iter = 2 eps = 0.13568E-08 Optimizing rigid body motion... Initial RMS displacement = 3.060009E-01 Optimized RMS displacement = 2.961071E-01 Number of optimization iterations = 303 Rotation matrix = 1.000000E+000 6.307352E-006 -1.31264E-007 -6.307351E-006 1.000000E+000 4.942133E-006 1.312952E-007 -4.942132E-006 1.000000E+000 Translation = 8.684601E-005 -1.257456E-004 7.717278E-002 Finished writing file results\09_mechanical_ppla_29_f.case Finished writing file results\09_mechanical_ppla_29.case Increment end CPU wall for increment 29 = 00:00:00.84, since start = 00:00:45.07 Layer end ------------------------------------------------------ Total number of equilibrium iterations: 75 Mesh preview volume = 791.560000000000 Activated volume = 791.560000000000 Activated percentage = 100.0000000000000 Signal tag 6DE0 *** CRITICAL WARNING: 3 Code 1041 Recoater interference detected at three layer groups. Minimum clearance of 55.819 percent at height 5.600 mm. Finished writing file .\09_mechanical_ppla_f.case Finished writing file .\09_mechanical_ppla.case Analysis completed **************************** 4 Warnings **************************** **************************** 3 Critical warnings **************************** CPU wall for substrate removal = 00:00:00.90 CPU wall = 00:00:45.15 Total thermal & mechanical simulation time = 00:01:09.40 Approximate single thread simulation time = 00:13:18.20 Peak RAM used for this process = 820,176 kB END Autodesk AM Process Simulation
Actual CPU times may differ. Note the plasticity steps at the end of the simulation, after the *COOL time increment and before the Substrate removal time increment.