PRY Model 113 - 30/10/2013
Solve Time = ~2 hours.
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Model Configuration: Step IV
Magnet Configuration: Flip (centralised)
Momentum: 200 MeV/c
PRY: Yes
Symmetry: Quarter Model
PRY Model 112 - 30/10/2013
Solve Time = ~2 hours.
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Model Configuration: Step IV
Magnet Configuration: Solenoid (centralised)
Momentum: 200 MeV/c
PRY: Yes
Symmetry: Quarter Model
PRY Model 111_N - 31/10/2013
Solve Time = ~2 hours.
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Model Configuration: Step IV
Magnet Configuration: Flip Mode (centralised)
Momentum: 240 MeV/c
PRY: Yes
Symmetry: Quarter Model
Normal Boundary conditions.
PRY Model 111 - 30/10/2013
Solve Time = ~2 hours.
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Model Configuration: Step IV
Magnet Configuration: Flip Mode (centralised)
Momentum: 240 MeV/c
PRY: Yes
Symmetry: Quarter Model
PRY Model 110_N - 31/10/2013
Solve Time = ~2 hours.
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Magnet Configuration: Step IV Solenoid Mode (centralised) - 240 MeV/c
PRY: Yes
Symmetry: Quarter Model
Normal Boundary conditions.
PRY Model 110 - 30/10/2013
Solve Time = ~2 hours.
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Magnet Configuration: Step IV Solenoid Mode (centralised) - 240 MeV/c
PRY: Yes
Symmetry: Quarter Model
PRY Model 100_N - 31/10/2013
Solve Time = ~2 hours.
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Magnet Configuration: Step IV Solenoid Mode (centralised) - 240 MeV/c - Holger's Magnet File
PRY: Yes
Symmetry: Quarter Model
Normal Boundary conditions.
PRY Model 100 - 31/10/2013
Solve Time = ~2 hours.
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Magnet Configuration: Step IV Solenoid Mode (centralised) - 240 MeV/c - Holger's Magnet File
PRY: Yes
Symmetry: Quarter Model
Model 124 - 04/11/2013
test model 124 op3 - solution file.
test model 124 - associated build files.
Solve Time = ?? hours.
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Magnet Configuration: Step IV Solenoid Mode (centralised) - 240 MeV/c - With return yoke.
Note that all the components had their BH curves set to air with the exception of the shield walls
and the Virostek Plates.
This model used the NEW PRY geometry for comparison with the older models.
Model 123 - 26/10/2013
test model 123 op3 - solution file.
test model 123 - associated build files.
Solve Time = 62 hours.
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Magnet Configuration: Step IV Solenoid Mode - 240 MeV/c - With return yoke.
HOLGER'S STEP IV MAGNET FILE USED.
Note that all the components had their BH curves set to air with the exception of the shield walls
and the Virostek Plates.
Model 122 - 18/10/2013
test model 122 op3 - solution file.
test model 122 - associated build files.
Solve Time = 70 hours.
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Magnet Configuration: Step IV Solenoid Mode (centralised) - 240 MeV/c - With return yoke.
Note that all the components had their BH curves set to air with the exception of the shield walls
and the Virostek Plates.
Model 121 - 08/10/2013
test model 121 op3 - solution file.
test model 121 - associated build files.
Solve Time = 99 hours.
Model Element Type = Quadratic.
Surface Element Type = Quadratic.
Magnet Configuration: Step IV Solenoid Mode (centralised) - 240MeV/c - With return yoke.
High resolution model of the hall with the PRY