Running Local Simulation

Thermal analysis

To run the t.in model, from a command line run:

$ pan -b t

The analysis progress is written to file t.out. To check progress on Linux, run:

$ tail t.out

After the analysis completes, the last few lines of the output file t.out should be similar to the following:

Increment end 
inc =       246 time =  53.991185   iter =      1 eps =     0.46842E-03 
Increment end 
inc =       247 time =  60.000000   iter =      1 eps =     0.46842E-03 
Increment end 
Analysis completed 
CPU wall=   87.91016    CPU total=  1461.153 
END ProjectPan

Actual CPU times will differ. To run the tadpm.in model, from a command line run:

$ pan -b tadpm

The analysis progress is written on file tadpm.out. To check progress on Linux, run:

$ tail tadpm.out

After the analysis completes, the last few lines of the output file tadpm.out should be similar to the following:

Starting auxspar 
Number of no zeros nsymmetric = 136319 
Sparse preprocessing complete 
inc =       242 time =  60.000000   iter =      1 eps =     0.33941E-03 
Increment end 
Analysis completed 
CPU wall=   48.34375    CPU total=  919.8862 
END ProjectPan

Actual CPU times will differ. To run the tdirect.in model, from a command line run:

$ pan -b tdirec

The analysis progress is written on file tdirect.out. To check progress on Linux, run:

$ tail tdirect.out

After the analysis completes, the last few lines of the output file tdirect.out should be similar to the following:

Increment end 
inc =       246 time =  55.050769   iter =      1 eps =     0.94997E-03 
Increment end 
inc =       247 time =  60.000000   iter =      1 eps =     0.94997E-03 
Increment end 
Analysis completed 
CPU wall=   56.67188    CPU total=  1092.088

Actual CPU times will differ. To run the tddmp.in model, from a command line run:

$ pan -b tddmp

The analysis progress is written on file tddmp.out. To check progress on Linux, run:

$ tail tddmp.out

After the analysis completes, the last few lines of the output file tddmp.out should be similar to the following:

Increment end 
inc =       243 time =  52.296922   iter =      1 eps =     0.38157E-03 
Increment end 
inc =       244 time =  60.000000   iter =      1 eps =     0.38157E-03 
Increment end 
Analysis completed 
CPU wall=   66.73047    CPU total=  1286.456

Actual CPU times will differ.