Shield Wall Model 14 - 27/08/2013
Shield Wall Sub Model 14 op3 - solution file.
Shield Wall Sub Model 14 - associated build files.
Solve Time = 12h 20m
Model Element Type: Linear.
Surface Element Type: Curved.
7 x 3 panels. Walls set to plate structure and with a 0mm gap between I beams. The centre of the wall has been placed at 4962mm,
which is identical to that of the NSW.
This should provide a reference model for comparison with Model 91.
Shield Wall Model 13 - 20/08/2013
Shield Wall Sub Model 13 op3 - solution file.
Shield Wall Sub Model 13 - associated build files.
Solve Time = 9h 23m
Model Element Type: Linear.
Surface Element Type: Curved.
7 x 3 panels. Walls set to continuous, i.e. No Gaps, and the centre of the wall has been placed at 4962mm,
which is identical to that of the NSW.
This should provide a reference model for comparison with Model 91.
Sub Station 02 Model 17 - 13/08/2013
Sub Station 02 Sub Model 17 op3 - solution file.
Sub Station 02 Sub Model 17 - associated build files.
Model Element Type: Quadratic.
Surface Element Type: Quadratic.
Solve Time = 14h 41m.
This is the same as model 13 except that this is a quadratic solve.
Sub Station 02 Model 16 - 13/08/2013
Sub Station 02 Sub Model 16 op3 - solution file.
Sub Station 02 Sub Model 16 - associated build files.
Model Element Type: Quadratic.
Surface Element Type: Quadratic.
Solve Time = 14h 15m
This is the same as model 13 except that the field runs East to West (+z). Note this is a quadratic solve.
Sub Station 02 Model 15 - 13/08/2013
Sub Station 02 Sub Model 15 op3 - solution file.
Sub Station 02 Sub Model 15 - associated build files.
Model Element Type: Quadratic.
Surface Element Type: Quadratic.
Solve Time = 14h 06m.
This is the same as model 14 except that the field runs East to West (+z). Note this is a quadratic solve.
Model 113 - 08/08/2013
test model 113 op3 - solution file.
test model 113 - associated build files.
Solve Time = 72h 22m.
Model Element Type = Linear.
Surface Element Type = Quadratic.
Magnet Configuration: Step IV Solenoid Mode - 240MeV/c - No return yoke.
This model includes an approximate outline of the substation with iron mass represented in the outer skin -5300kg.
Correction from model 112.
Sub Station 02 Model 14 - 08/08/2013
Sub Station 02 Sub Model 14 op3 - solution file.
Sub Station 02 Sub Model 14 - associated build files.
Model Element Type: Quadratic.
Surface Element Type: Quadratic.
Solve Time = 16h 48 mins.
This has a large cutout in each rack. Note this is a quadratic solve.
Sub Station 02 Model 13 - 06/08/2013
Sub Station 02 Sub Model 13 op3 - solution file.
Sub Station 02 Sub Model 13 - associated build files.
Model Element Type: Linear.
Surface Element Type: Curved.
Solve Time = 42 mins.
This has 4 small cutouts in each rack. Note this is linear solve.
Sub Station 02 Model 12 - 03/08/2013
Model Element Type: Linear.
Surface Element Type: Curved.
Solve Time = 56 mins.
DO NOT USE THIS SOLUTION AS ALTHOUGH THIS MODEL SOLVED IT HAD MESHING ERRORS.
Sub Station 02 Model 11 - 31/07/2013
Model Element Type: Linear.
Surface Element Type: Curved.
MODEL FAILED TO RUN DUE TO MESHING ERRORS
Sub Station 02 Model 10 - 31/07/2013
Sub Station 02 Sub Model 10 op3 - solution file.
Sub Station 02 Sub Model 10 - associated build files.
Model Element Type: Quadratic.
Surface Element Type: Quadratic.
Solve Time = 14h 4m.
Individual Racks now represented. Racks A-F and transformer Rack.
Model 112 - 05/08/2013
test model 112 op3 - solution file.
test model 112 - associated build files.
Solve Time = 68 hours.
Model Element Type = Linear.
Surface Element Type = Quadratic.
Magnet Configuration: Step IV Solenoid Mode - 240MeV/c - No return yoke.
This model includes an approximate outline of the substation with iron mass represented in the outer skin -5300kg.
THIS MODEL HAD A SMALL BUG IN THE MATERIALS FILE WHICH MEANT THAT THE RACK STEEL GOT DEFINED AS BEING AIR.
THE MODEL NEEDS TO BE RE-RUN.
Sub Station 02 Model 02 - 27/07/2013
Sub Station 02 Sub Model 02 op3 - solution file.
Sub Station 02 Sub Model 02 - associated build files.
Solve Time = 2h 15m.
As model 01 but with some very slight meshing changes to ease transition to metal skin.