To run the model, from a command line run:
$ pan -b ht_bench_t
The analysis progress is written to file ht_bench_t.out. To check progress run:
$ tail ht_bench_t.out
After the analysis completes, the last few lines of the output file ht_bench_thermal.out should be similar to the following:
Heat treatment step # 6 Heat treatment time = 21600.000 Furnace temperature = 25.000000 inc = 58 time = 149724.69 iter = 1 eps = 0.32805E+01 inc = 58 time = 149724.69 iter = 2 eps = 0.12222E+00 inc = 58 time = 149724.69 iter = 3 eps = 0.23352E-02 Finished writing file results$\$ht_bench_t_58.case Finished writing file results$\$ht_bench_t_58_c.case Writing record: 6, time: 149724.687500000 Increment end CPU wall for increment 58 = 00:00:00.26, since start = 00:00:27.04 Mesh preview volume = 9347.00000000000 Activated volume = 9347.00000000000 Activated percentage = 100.000000000000 Finished writing file .$\$ht_bench_t.case Finished writing file .$\$ht_bench_t_c.case Analysis completed **************************** 2 Warnings **************************** **************************** 1 Critical warning **************************** CPU wall for heat treatment = 00:00:01.53 CPU wall = 00:00:27.11 Approximate single thread simulation time = 00:05:41.31 Peak RAM used for this process = 159,072 kB END Autodesk AM Process Simulation
Actual CPU times will differ.
Run the mechanical analysis from the command line:
$ pan -b ht_bench_m
The analysis progress is written to the file ht_bench_m.out. To check progress run:
$ tail ht_bench_m.out
After the analysis completes, the last few lines of the output file ht_bench_m.out should be similar to the following:
Heat treatment step # 6 Heat treatment time = 21600.000 Furnace temperature = 25.000000 inc = 60 time = 149724.69 iter = 1 eps = 0.20353E+07 inc = 60 time = 149724.69 iter = 2 eps = 0.39456E-08 Finished writing file results$\$ht_bench_m_60_f.case Finished writing file results$\$ht_bench_m_60.case Increment end CPU wall for increment 60 = 00:00:00.42, since start = 00:00:36.62 CPU wall for heat treatment = 00:00:03.93 ---------------------------------- Substrate removal time increment ---------------------------------- inc = 61 time = 199724.69 iter = 1 eps = 0.82766E+05 inc = 61 time = 199724.69 iter = 2 eps = 0.63049E-09 Optimizing rigid body motion... Initial RMS displacement = 1.514962E-01 Optimized RMS displacement = 1.415475E-01 Number of optimization iterations = 253 Rotation matrix = 1.000000E+000 1.102341E-006 8.641631E-007 -1.102342E-006 1.000000E+000 7.234912E-007 -8.641623E-007 -7.234921E-007 1.000000E+000 Translation = -1.351303E-003 5.715359E-004 5.395475E-002 Finished writing file results$n$ht bench m 61 f.case Finished writing file results$n$ht bench m 61.case Increment end CPU wall for increment 61 = 00:00:00.35, since start = 00:00:36.98 ------------------------------------------------------ Total number of equilibrium iterations: 138 Mesh preview volume = 9347.00000000000 Activated volume = 9347.00000000000 Activated percentage = 100.000000000000 Finished writing file .$\$ht_bench_m_f.case Finished writing file .$\$ht_bench_m.case Analysis completed ************************ 2 Warnings ************************ ************************ 1 Critical warning ************************ CPU wall for substrate removal = 00:00:00.43 CPU wall = 00:00:37.06 Total thermal & mechanical simulation time = 00:01:04.18 Approximate single thread simulation time = 00:10:26.20 Peak RAM used for this process = 435,928 kB END Autodesk AM Process Simulation
Actual CPU times may differ. Note both the plasticity and heat treatment steps after the build simulation finishes.