To run the thermal model without powder, from a command line run
$ pan -b t0
The analysis progress is written to file t0.out. To check progress run
$ tail t0.out
After the analysis completes, the last few lines of the output file t0.out should be similar to the following:
CPU wall for increment 37 = 00:00:01.39, since start = 00:00:36.05 inc = 38 time = 15831.914 iter = 1 eps = 0.45808E+02 inc = 38 time = 15831.914 iter = 2 eps = 0.13437E-12 Finished writing file results\ t0_38.case Writing record: 2, time: 15831.9140625000 Increment end inc = 34 time = 11908.695 iter = 1 eps = 0.15156E+00 inc = 34 time = 11908.695 iter = 2 eps = 0.72001E-14 Finished writing file results/t0_34.case Increment end CPU wall for increment 38 = 00:00:00.58, since start = 00:00:36.63 Layer end Mesh preview volume = 4487.62499999999 Activated volume = 4487.62499999999 Activated percentage = 100.000000000000 Finished writing file .\ t0.case Analysis completed **************************** 1 Warning **************************** CPU wall for printing = 00:00:23.64 CPU wall = 00:00:36.68 CPU total = 00:01:43.92 Peak RAM used for this process = 201,740 kB END Autodesk Netfabb Local Simulation
Actual CPU times will differ.
To run the thermal model with powder, from a command line run
$ pan -b t1
The analysis progress is written to file t1.out. To check progress run
$ tail t1.out
After the analysis completes, the last few lines of the output file t1.out should be similar to the following:
CPU wall for increment 37 = 00:00:02.26, since start = 00:01:07.12 inc = 38 time = 15831.914 iter = 1 eps = 0.44958E+02 inc = 38 time = 15831.914 iter = 2 eps = 0.13987E-12 Finished writing file results\ t1_38.case Writing record: 2, time: 15831.9140625000 Increment end CPU wall for increment 38 = 00:00:01.05, since start = 00:01:08.17 Layer end Mesh preview volume = 4487.62499999999 Activated volume = 4487.62499999999 Activated percentage = 100.000000000000 Finished writing file .\ t1.case Analysis completed **************************** 1 Warning **************************** CPU wall for printing = 00:00:33.06 CPU wall = 00:01:08.23 CPU total = 00:02:38.15 Peak RAM used for this process = 503,436 kB END Autodesk Netfabb Local Simulation
Actual CPU times will differ.
Run the mechanical analysis without powder from the command line:
$ pan -b m0
After the analysis completes, the last few lines of the output file m0.out should be similar to
the following:
------------------------------------------ Support structure removal time increment ------------------------------------------ inc = 40 time = 18831.914 iter = 1 eps = 0.25654E+03 inc = 40 time = 18831.914 iter = 2 eps = 0.37390E-09 Optimizing rigid body motion... Initial RMS displacement = 9.425852E-02 Optimized RMS displacement = 9.416243E-02 Number of optimization iterations = 254 Rotation matrix = 1.000000E+000 -8.785314E-008 7.088365E-006 8.772185E-008 1.000000E+000 1.852115E-005 -7.088366E-006 -1.852114E-005 1.000000E+000 Translation = 9.830615E-005 1.326112E-004 4.245931E-003 Finished writing file results\ m0_40_f.case Finished writing file results\ m0_40.case Increment end CPU wall for increment 40 = 00:00:01.94, since start = 00:01:16.89 Layer end ------------------------------------------------------ Total number of equilibrium iterations: 79 Mesh preview volume = 4487.62499999999 Activated volume = 4487.62499999999 Activated percentage = 100.000000000000 Finished writing file .\ m0_f.case Finished writing file .\ m0.case Analysis completed **************************** 14 Warnings **************************** **************************** 1 Critical warning **************************** CPU wall for support removal = 00:00:01.99 CPU wall = 00:01:16.94 CPU total = 00:04:20.45 Peak RAM used for this process = 843,580 kB END Autodesk Netfabb Local Simulation
Actual CPU times will differ. Each of the warnings notes a support structure element failure. The critical warning notes that 100% of the interface supports have failed.
Now run the mechanical analysis with powder from the command line:
$ pan -b m1
After the analysis completes, the last few lines of the output file m1.out should be similar to the following:
------------------------------------------ Support structure removal time increment ------------------------------------------ inc = 40 time = 18831.914 iter = 1 eps = 0.22759E+03 inc = 40 time = 18831.914 iter = 2 eps = 0.34243E-09 Optimizing rigid body motion... Initial RMS displacement = 9.236756E-02 Optimized RMS displacement = 9.159054E-02 Number of optimization iterations = 260 Rotation matrix = 1.000000E+000 -5.511982E-007 6.848050E-006 5.511890E-007 1.000000E+000 1.344858E-006 -6.848051E-006 -1.344854E-006 1.000000E+000 Translation = 9.141438E-005 2.488683E-005 1.195560E-002 Finished writing file results\ m1_40_f.case Finished writing file results\ m1_40.case Increment end CPU wall for increment 40 = 00:00:02.05, since start = 00:01:43.27 Layer end ------------------------------------------------------ Total number of equilibrium iterations: 79 Mesh preview volume = 4487.62499999999 Activated volume = 4487.62499999999 Activated percentage = 100.000000000000 Finished writing file .\ m1_f.case Finished writing file .\ m1.case Analysis completed **************************** 16 Warnings **************************** **************************** 1 Critical warning **************************** CPU wall for support removal = 00:00:02.10 CPU wall = 00:01:43.32 CPU total = 00:04:51.31 Peak RAM used for this process = 1,311,716 kB END Autodesk Netfabb Local Simulation
Actual CPU times will differ. Each of the warnings notes a support structure element failure.