PRY Model 243 - 13/12/2013
Solve Time = 4 hours 20 mins. (hep 39)
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Model Configuration: Step IV
Magnet Configuration: Solenoid (centralised)
Momentum: 240 MeV/c
PRY: Yes
Symmetry: Half Model
Standard resolution Model.
Using Holger's magnet files, with the magnets centred between the VP. (moved -40mm in z)
PRY Model 242 - 13/12/2013
Solve Time = 1 hour 54 mins. (hep 39)
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Model Configuration: Step IV
Magnet Configuration: Solenoid (centralised)
Momentum: 240 MeV/c
PRY: No
Symmetry: Half Model
Virostek plates only at standard resolution.
Using Holger's magnet files, with the magnets centred between the VP. (moved -40mm in z)
PRY Model 241 - 13/12/2013
Solve Time = 4 hours 42 mins. (hep 39)
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Model Configuration: Step IV
Magnet Configuration: Solenoid (centralised)
Momentum: 240 MeV/c
PRY: Yes
Symmetry: Half Model
Standard resolution Model.
PRY Model 240 - 13/12/2013
Solve Time = 2 hours 13 mins. (hep 39)
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Model Configuration: Step IV
Magnet Configuration: Solenoid (centralised)
Momentum: 240 MeV/c
PRY: No
Symmetry: Half Model
Virostek plates only at standard resolution.
test model 124 op3 - solution file.
test model 124 - associated build files.
-->
Solve Time = x hours x mins. (hep 39)
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Model Configuration: Step IV
Magnet Configuration: Solenoid (centralised)
Momentum: 240 MeV/c
PRY: NO
Symmetry: Half Model
A model using Standard Magnet Files - Normal resolution.
Included component Labels
if this works this should help in the post processor to obtain forces using standard GUI options.
test model 124 op3 - solution file.
test model 124 - associated build files.
-->
Solve Time = x hours x mins. (hep 39)
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Model Configuration: Step IV
Magnet Configuration: Solenoid (centralised)
Momentum: 240 MeV/c
PRY: Yes
Symmetry: Half Model
A model using Standard Magnet Files - Normal resolution.
Included component Labels for first time -
if this works this should help in the post processor to obtain forces using standard GUI options.
PRY Model 232 - 13/12/2013
Solve Time = x hours x mins. (hep 39)
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Model Configuration: Step IV
Magnet Configuration: Solenoid (centralised)
Momentum: 240 MeV/c
PRY: NO
Symmetry: Half Model
A model using Holger's Magnet File (Before the file was corrected) - Normal resolution.
A 40 mm offset was added to Holger's magnets to centre them between VP.
PRY Model 231 - 13/12/2013
Solve Time = x hours x mins. (hep 39)
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Model Configuration: Step IV
Magnet Configuration: Solenoid (centralised)
Momentum: 240 MeV/c
PRY: Yes
Symmetry: Half Model
A model using Holger's Magnet File (Before the file was corrected) - Normal resolution.
A 40 mm offset was added to Holger's magnets to centre them between VP.
PRY Model 230 - 13/12/2013
Solve Time = 12 hours 39 mins. (hep 39)
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Model Configuration: Step IV
Magnet Configuration: Solenoid (centralised)
Momentum: 240 MeV/c
PRY: Yes
Symmetry: Half Model
Run a standard model at a tighter resolution.
Note SOME CORRECTIONS TO THE REDUCED VOLUME HAVE BEEN MADE.
PRY Model 226 - 09/12/2013
Solve Time = 3 hours 39 mins. (hep 39)
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Model Configuration: Step IV
Magnet Configuration: Solenoid (centralised)
Momentum: 240 MeV/c
PRY: Yes
Symmetry: Half Model
Run a standard model at a reduced resolution with no back layers in the components.
PRY Model 225 - 09/12/2013
Solve Time = 4 hours 19 mins. (hep 39)
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Model Configuration: Step IV
Magnet Configuration: Solenoid (centralised)
Momentum: 240 MeV/c
PRY: Yes
Symmetry: Half Model
Run standard model at a reduced resolution.
PRY Model 223 - 09/12/2013
Solve Time = 6 hours 53 mins. (hep 39)
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Model Configuration: Step IV
Magnet Configuration: Solenoid (centralised)
Momentum: 240 MeV/c
PRY: Yes
Symmetry: Half Model
Virostek Plates modelled using a BORE size of 500mm.
As Model 222 but with PRY BH curve set to Air
PRY Model 222 - 09/12/2013
Solve Time = 13 hours 7 mins. (hep 39)
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Model Configuration: Step IV
Magnet Configuration: Solenoid (centralised)
Momentum: 240 MeV/c
PRY: Yes
Symmetry: Half Model
Virostek Plates modelled using a BORE size of 500mm.
PRY Model 221 - 08/12/2013
Solve Time = 6 hours 6 mins. (hep 39)
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Model Configuration: Step IV
Magnet Configuration: Solenoid (centralised)
Momentum: 240 MeV/c
PRY: No
Symmetry: Half Model
Run with Virostek Plates only to get the forces on these plates.
Virostek Plates modelled using a BORE size of 500mm.
PRY Model 220 - 08/12/2013
Solve Time = 7 hours 4 mins. (hep 39)
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Model Configuration: Step IV
Magnet Configuration: Solenoid (centralised)
Momentum: 240 MeV/c
PRY: No
Symmetry: Half Model
Run with Virostek Plates only to get the forces on these plates
PRY Model 215 - 05/12/2013
Solve Time = 13 hours 10 mins. (hep 39)
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Model Configuration: Step IV
Magnet Configuration: Solenoid (centralised)
Momentum: 240 MeV/c
PRY: Yes
Symmetry: Half Model
Run as a half model due to slight asymmetry above and below the centre line.
Also includes cut outs in the endplates as defined in the drawings.
*** This model was run with 120mm PRY Thickness for comparison with earlier PRY models ***
PRY Model 216 - 05/12/2013
Solve Time = 13 hours 50 mins. (hep 39)
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Model Configuration: Step IV
Magnet Configuration: Flip (centralised)
Momentum: 240 MeV/c
PRY: Yes
Symmetry: Half Model
Run as a half model due to slight asymmetry above and below the centre line.
Also includes cut outs in the endplates as defined in the drawings.
*** This model was run with 120mm PRY Thickness for comparison with earlier PRY models ***
PRY Model 210 - 04/12/2013
Solve Time = 10 hours 44 mins. (hep 39)
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Model Configuration: Step IV
Magnet Configuration: Solenoid (centralised)
Momentum: 240 MeV/c
PRY: Yes
Symmetry: Half Model
Run as a half model due to slight asymmetry above and below the centre line.
Also includes cut outs in the endplates as defined in the drawings.
PRY Model 211 - 04/12/2013
Solve Time = 10 hours 27 mins. (hep 39)
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Model Configuration: Step IV
Magnet Configuration: Flip (centralised)
Momentum: 240 MeV/c
PRY: Yes
Symmetry: Half Model
Run as a half model due to slight asymmetry above and below the centre line.
Also includes cut outs in the endplates as defined in the drawings.
Models 205/206 have a small error in the thickness of the shield plates. The thickness in xz needs adjusting by 101.6/cos(11.5) due to the way the program extrudes the plates so that the actual plate thickness will end up being correct. This is a small correction of about 2%.
PRY Model 205 - 03/12/2013
Solve Time = 14 hours 32 mins. (hep 39)
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Model Configuration: Step IV
Magnet Configuration: Solenoid (centralised)
Momentum: 240 MeV/c
PRY: Yes
Symmetry: Half Model
Run as a half model due to slight asymmetry above and below the centre line.
Also includes cut outs in the endplates as defined in the drawings.
PRY Model 206 - 03/12/2013
Solve Time = 10 hours 27 mins. (hep 39)
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Model Configuration: Step IV
Magnet Configuration: Flip (centralised)
Momentum: 240 MeV/c
PRY: Yes
Symmetry: Half Model
Run as a half model due to slight asymmetry above and below the centre line.
Also includes cut outs in the endplates as defined in the drawings.
PRY Model 202 - 03/12/2013
Solve Time = 10 hours 44 mins. (hep 39)
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Model Configuration: Step IV
Magnet Configuration: Flip (centralised)
Momentum: 240 MeV/c
PRY: Yes
Symmetry: Half Model
Run as a half model due to slight asymmetry above and below the centre line.
PRY Model 201 - 02/12/2013
Solve Time = 10 hours 27 mins. (hep 39)
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Model Configuration: Step IV
Magnet Configuration: Solenoid (centralised)
Momentum: 240 MeV/c
PRY: Yes
Symmetry: Half Model
Run as a half model due to slight asymmetry above and below the centre line.
PRY Model 200 - 29/11/2013
Solve Time = 4 hours 6 mins. (hep 39)
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Model Configuration: Step IV
Magnet Configuration: Solenoid (centralised)
Momentum: 240 MeV/c
PRY: Yes
Symmetry: Quarter Model
First Model using the geometry defined by Steve Plates recent drawings