BISON Verification and Validation Report
Introduction
The VVR for BISON provides evidence that BISON fulfills its intended purpose.
Dependencies
The BISON application is developed using MOOSE and is based on various modules, as such the VVR for BISON is dependent upon the following documents.
- Framework Verification and Validation Report
- Contact Verification and Validation Report
- Fluid Properties Verification and Validation Report
- Heat Transfer Verification and Validation Report
- Level Set Verification and Validation Report
- Misc Verification and Validation Report
- Phase Field Verification and Validation Report
- Ray Tracing Verification and Validation Report
- Solid Properties Verification and Validation Report
- Stochastic Tools Verification and Validation Report
- Solid Mechanics Verification and Validation Report
- Thermal Hydraulics Verification and Validation Report
- XFEM Verification and Validation Report
- Reactor Verification and Validation Report
- IAPWS95 Verification and Validation Report
Verification
The following lists all the verification test cases and the associated documentation for BISON.
- bison: Verification
- 18.186.1The system shall model Hertz contact of a cylinder on a rigid plane.
Specification(s): cylinder_rigid_plane
Design: EquationsContact Verification
Issue(s): #1309
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: Contact Verification
- 18.186.2The system shall be able to model convection with insulated and convecting surfaces.
Specification(s): problem_1
Design: EquationsECAR 131 Verification Problems
Issue(s): #1309
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: ECAR 131 Verification Problems
- 18.186.3The system shall be able to model heat radiation from a plane wall.
Specification(s): problem_10
Design: EquationsECAR 131 Verification Problems
Issue(s): #1309
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: ECAR 131 Verification Problems
- 18.186.4The system shall model gap heat transfer between parallel plates.
Specification(s): problem_11
Design: EquationsECAR 131 Verification Problems
Issue(s): #1309
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: ECAR 131 Verification Problems
- 18.186.5The system shall be able to model heat transfer where there is a solid to liquid change of phase via a change in specific heat.
Specification(s): problem_12
Design: EquationsECAR 131 Verification Problems
Issue(s): #1309
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: ECAR 131 Verification Problems
- 18.186.6The system shall model heat transfer in a wall with linearly varying heat generation.
Specification(s): problem_13
Design: EquationsECAR 131 Verification Problems
Issue(s): #1309
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: ECAR 131 Verification Problems
- 18.186.7The system shall model thermal expansion in a tube with a uniform change in temperature.
Specification(s): problem_14
Design: EquationsECAR 131 Verification Problems
Issue(s): #1309
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: ECAR 131 Verification Problems
- 18.186.8The system shall model heat transfer in a thick tube with a surface flux.
Specification(s): problem_15
Design: EquationsECAR 131 Verification Problems
Issue(s): #1309
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: ECAR 131 Verification Problems
- 18.186.9The system shall model convection with insulated and convecting surfaces in two dimensions.
Specification(s): problem_2
Design: EquationsECAR 131 Verification Problems
Issue(s): #1309
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: ECAR 131 Verification Problems
- 18.186.10The system shall be able to model convection with insulated and convecting surfaces for a cylindrical geometry.
Specification(s): problem_3
Design: EquationsECAR 131 Verification Problems
Issue(s): #1309
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: ECAR 131 Verification Problems
- 18.186.11The system shall be able to model internal heat generation and report temperature at points in the model.
Specification(s): problem_4
Design: EquationsECAR 131 Verification Problems
Issue(s): #1309
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: ECAR 131 Verification Problems
- 18.186.12The system shall model internal heat generation and report temperature at points in the model in 2D.
Specification(s): problem_5
Design: EquationsECAR 131 Verification Problems
Issue(s): #1309
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: ECAR 131 Verification Problems
- 18.186.13The system shall be able to model a semi-infinite plate with prescribed heat flux at the surface.
Specification(s): problem_6
Design: EquationsECAR 131 Verification Problems
Issue(s): #1309
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: ECAR 131 Verification Problems
- 18.186.14The system shall model radiation heat transfer between parallel plates.
Specification(s): problem_7
Design: EquationsECAR 131 Verification Problems
Issue(s): #1309
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: ECAR 131 Verification Problems
- 18.186.15The system shall model radiation heat transfer between cylindrical surfaces.
Specification(s): problem_8
Design: EquationsECAR 131 Verification Problems
Issue(s): #1309
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: ECAR 131 Verification Problems
- 18.186.16The system shall be able to model convective heat transfer in a flowing fluid (advection).
Specification(s): problem_9
Design: EquationsECAR 131 Verification Problems
Issue(s): #1309
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: ECAR 131 Verification Problems
- 18.186.17The system shall model axial stress due to restricted thermal expansion.
Specification(s): problem_6
Design: EquationsECAR 202 Verification Problems
Issue(s): #1309
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: ECAR 202 Verification Problems
- 18.186.18The system shall model a thick cylinder with quad4 elements.
Specification(s): problem_7
Design: EquationsECAR 202 Verification Problems
Issue(s): #1309
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: ECAR 202 Verification Problems
- 18.186.19The system shall model a thick cylinder with quad8 elements.
Specification(s): problem_8
Design: EquationsECAR 202 Verification Problems
Issue(s): #1309
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: ECAR 202 Verification Problems
- 18.186.20The system shall model a cantilever beam with a coarse mesh.
Specification(s): beam_12_1
Design: EquationsECAR 5544 Verification Problems
Issue(s): #1309
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: ECAR 5544 Verification Problems
- 18.186.21The system shall model a cantilever beam with a medium coarse mesh.
Specification(s): beam_25_1
Design: EquationsECAR 5544 Verification Problems
Issue(s): #1309
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: ECAR 5544 Verification Problems
- 18.186.22The system shall model a cantilever beam with a medium fine mesh.
Specification(s): beam_50_2
Design: EquationsECAR 5544 Verification Problems
Issue(s): #1309
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: ECAR 5544 Verification Problems
- 18.186.23The system shall model a cantilever beam with a fine mesh.
Specification(s): beam_75_3
Design: EquationsECAR 5544 Verification Problems
Issue(s): #1309
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: ECAR 5544 Verification Problems
- 18.186.24The system shall model a cantilever beam with a fine mesh that includes a tied contact constraint.
Specification(s): beam_75_3_tied
Design: EquationsECAR 5544 Verification Problems
Issue(s): #1309
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: ECAR 5544 Verification Problems
- 18.186.25The system shall model the mechanics of a spherical shell with SiC properties.
Specification(s): case_1
Design: Spherical Shell
Issue(s): #1309
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: Spherical Shell
- 18.186.26The system shall model the mechanics of a spherical shell with IPyC properties.
Specification(s): case_2
Design: Spherical Shell
Issue(s): #1309
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: Spherical Shell
- 18.186.27The system shall model the mechanics of a spherical shell with IPyC and SiC layers.
Specification(s): case_3
Design: Spherical Shell
Issue(s): #1309
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: Spherical Shell
- 18.186.28The system shall compute internal volumes with changing coordinates.
Specification(s): internal_volume
Design: EquationsInternal Volume
Issue(s): #1309
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: Internal Volume
- 18.186.29The system shall model plenum pressure with changing temperature.
Specification(s): plenum_pressure
Design: EquationsPlenum Pressure
Issue(s): #1309
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: Plenum Pressure
- 18.186.30The system shall model species diffusion with a constant source and decay.
Specification(s): inpile
Design: Verification
Issue(s): #1568
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: In-pile, short-lived isotopes
- 18.186.31The system shall model species diffusion with a constant source and zero decay.
Specification(s): stable
Design: Verification
Issue(s): #1568
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: In-pile, long-lived (or stable) isotopes
- 18.186.32The system shall model species diffusion with zero source and non-zero decay.
Specification(s): outofpile
Design: Verification
Issue(s): #1568
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: Out-of-pile, a decaying fission product
- 18.186.33The system shall model coupled thermomechanics in a 1D bar.
Specification(s): bar
Design: EquationsCoupled Thermomechanics Bar Problem
Issue(s): #1309
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Verification: Coupled Thermomechanics Bar Problem
Validation
The following lists all the validation test cases and the associated documentation for BISON.
- bison: Validation
- 18.180.1The system shall predict the behavior of AREVA idealized experiment and provide results that can be compared with experimental measurements and other codes.
Specification(s): AREVA_idealized_case
Design: AREVA Idealized Case
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: AREVA Idealized Case
- 18.180.3The system shall predict the behavior of the Vitanza benchmark at 20kW/m and provide results that can be compared with experimental measurements.
Specification(s): vitanza_20
Design: FUMEX XII
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: FUMEX XII
- 18.180.4The system shall predict the behavior of the Vitanza benchmark at 25kW/m and provide results that can be compared with experimental measurements.
Specification(s): vitanza_25
Design: FUMEX XII
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: FUMEX XII
- 18.180.5The system shall predict the behavior of the Vitanza benchmark at 30kW/m and provide results that can be compared with experimental measurements.
Specification(s): vitanza_30
Design: FUMEX XII
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: FUMEX XII
- 18.180.6The system shall predict the behavior of the Vitanza benchmark at 35kW/m and provide results that can be compared with experimental measurements.
Specification(s): vitanza_35
Design: FUMEX XII
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: FUMEX XII
- 18.180.7The system shall predict the behavior of the Vitanza benchmark at 40kW/m and provide results that can be compared with experimental measurements.
Specification(s): vitanza_40
Design: FUMEX XII
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: FUMEX XII
- 18.180.8The system shall predict the behavior of the Vitanza benchmark at 45kW/m and provide results that can be compared with experimental measurements.
Specification(s): vitanza_45
Design: FUMEX XII
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: FUMEX XII
- 18.180.9The system shall predict the behavior of the Vitanza benchmark at 20kW/m in a 1.5D geometry and provide results that can be compared with experimental measurements.
Specification(s): vitanza_1pt5_20
Design: FUMEX XII
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: FUMEX XII
- 18.180.10The system shall predict the behavior of the Vitanza benchmark at 25kW/m in a 1.5D geometry and provide results that can be compared with experimental measurements.
Specification(s): vitanza_1pt5_25
Design: FUMEX XII
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: FUMEX XII
- 18.180.11The system shall predict the behavior of the Vitanza benchmark at 30kW/m in a 1.5D geometry and provide results that can be compared with experimental measurements.
Specification(s): vitanza_1pt5_30
Design: FUMEX XII
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: FUMEX XII
- 18.180.12The system shall predict the behavior of the Vitanza benchmark at 35kW/m in a 1.5D geometry and provide results that can be compared with experimental measurements.
Specification(s): vitanza_1pt5_35
Design: FUMEX XII
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: FUMEX XII
- 18.180.13The system shall predict the behavior of the Vitanza benchmark at 40kW/m in a 1.5D geometry and provide results that can be compared with experimental measurements.
Specification(s): vitanza_1pt5_40
Design: FUMEX XII
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: FUMEX XII
- 18.180.14The system shall predict the behavior of the Vitanza benchmark at 45kW/m in a 1.5D geometry and provide results that can be compared with experimental measurements.
Specification(s): vitanza_1pt5_45
Design: FUMEX XII
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: FUMEX XII
- 18.180.17The system shall predict the behavior of the FUMEX-II 27_2a simplified experiment and provide results that can be compared with experimental measurements.
Specification(s): 27_2a
Design: FUMEX XII
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: FUMEX XII
- 18.180.19The system shall predict the behavior of the FUMEX-II 27_2b simplified experiment and provide results that can be compared with experimental measurements.
Specification(s): 27_2b
Design: FUMEX XII
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: FUMEX XII
- 18.180.21The system shall predict the behavior of the FUMEX-II 27_2c simplified experiment and provide results that can be compared with experimental measurements.
Specification(s): 27_2c
Design: FUMEX XII
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: FUMEX XII
- 18.180.23The system shall predict the behavior of the FUMEX-II 27_2d simplified experiment and provide results that can be compared with experimental measurements.
Specification(s): 27_2d
Design: FUMEX XII
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: FUMEX XII
- 18.180.25The system shall predict the behavior of the RIA experiment and provide results that can be compared with experimental measurements and other codes.
Specification(s): RIA_benchmark
Design: OECD/NEA/WGFS RIA Fuel Codes Benchmark Case 5
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: OECD/NEA/WGFS RIA Fuel Codes Benchmark Case 5
- 18.180.27The system shall run the assessment case for the argon gas gap heat transfer coefficient cases using the modified longitudinal design technique and compare to an accepted solution that can be compared to experimental measurements for
- measurement point 7,
- measurement point 8,
- measurement point 9,
- measurement point 10,
- measurement point 11,
- measurement point 12,
- measurement point 18,
- measurement point 19,
- measurement point 20,
- measurement point 21,
- measurement point 22,
- measurement point 23,
- measurement point 24,
- measurement point 25,
- measurement point 26,
- measurement point 28,
- measurement point 31,
- measurement point 32, and
- measurement point 33.
Specification(s): argon/mld_p0007, argon/mld_p0008, argon/mld_p0009, argon/mld_p0010, argon/mld_p0011, argon/mld_p0012, argon/mld_p0018, argon/mld_p0019, argon/mld_p0020, argon/mld_p0021, argon/mld_p0022, argon/mld_p0023, argon/mld_p0024, argon/mld_p0025, argon/mld_p0026, argon/mld_p0028, argon/mld_p0031, argon/mld_p0032, argon/mld_p0033
Design: Gap Conductance
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Gap Conductance
- 18.180.28The system shall run the assessment case for the helium gas gap heat transfer coefficient cases using the modified longitudinal design technique and compare to an accepted solution that can be compared to experimental measurements for
- measurement point 1,
- measurement point 2,
- measurement point 3,
- measurement point 4,
- measurement point 5,
- measurement point 6,
- measurement point 13,
- measurement point 14,
- measurement point 15,
- measurement point 16,
- measurement point 17,
- measurement point 27,
- measurement point 29, and
- measurement point 30.
Specification(s): helium/mld_p0001, helium/mld_p0002, helium/mld_p0003, helium/mld_p0004, helium/mld_p0005, helium/mld_p0006, helium/mld_p0013, helium/mld_p0014, helium/mld_p0015, helium/mld_p0016, helium/mld_p0017, helium/mld_p0027, helium/mld_p0029, helium/mld_p0030
Design: Gap Conductance
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Gap Conductance
- 18.180.29The system shall predict the behavior of the HFIR SiC experiment and provide results that can be compared with experimental measurements.
Specification(s): atf_sic
Design: HFIR Experiment
Issue(s): #1491
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: HFIR Experiment
- 18.180.31The system shall predict the behavior of Calvert Cliffs BEN013 experiment and provide results that can be compared with experimental measurements.
Specification(s): BEN013
Design: Calvert Cliffs-1 Test Rods
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Calvert Cliffs-1 Test Rods
- 18.180.33The system shall predict the behavior of Calvert Cliffs BFG092 experiment and provide results that can be compared with experimental measurements.
Specification(s): BFG092
Design: Calvert Cliffs-1 Test Rods
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Calvert Cliffs-1 Test Rods
- 18.180.35The system shall predict the behavior of Calvert Cliffs BFJ027 experiment and provide results that can be compared with experimental measurements.
Specification(s): BFJ027
Design: Calvert Cliffs-1 Test Rods
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Calvert Cliffs-1 Test Rods
- 18.180.37The system shall predict the behavior of Calvert Cliffs BFL009 experiment and provide results that can be compared with experimental measurements.
Specification(s): BFL009
Design: Calvert Cliffs-1 Test Rods
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Calvert Cliffs-1 Test Rods
- 18.180.39The system shall predict the behavior of Calvert Cliffs BFL031 experiment and provide results that can be compared with experimental measurements.
Specification(s): BFL031
Design: Calvert Cliffs-1 Test Rods
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Calvert Cliffs-1 Test Rods
- 18.180.41The system shall predict the behavior of Calvert Cliffs BFM034 experiment and provide results that can be compared with experimental measurements.
Specification(s): BFM034
Design: Calvert Cliffs-1 Test Rods
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Calvert Cliffs-1 Test Rods
- 18.180.43The system shall predict the behavior of Calvert Cliffs BFM043 experiment and provide results that can be compared with experimental measurements.
Specification(s): BFM043
Design: Calvert Cliffs-1 Test Rods
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Calvert Cliffs-1 Test Rods
- 18.180.45The system shall predict the behavior of Calvert Cliffs BFM070 experiment and provide results that can be compared with experimental measurements.
Specification(s): BFM070
Design: Calvert Cliffs-1 Test Rods
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Calvert Cliffs-1 Test Rods
- 18.180.47The system shall predict the behavior of Calvert Cliffs BFM071 experiment and provide results that can be compared with experimental measurements.
Specification(s): BFM071
Design: Calvert Cliffs-1 Test Rods
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Calvert Cliffs-1 Test Rods
- 18.180.49The system shall predict the behavior of Calvert Cliffs BFM073 experiment and provide results that can be compared with experimental measurements.
Specification(s): BFM073
Design: Calvert Cliffs-1 Test Rods
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Calvert Cliffs-1 Test Rods
- 18.180.51The system shall predict the behavior of Calvert Cliffs BFM156 experiment and provide results that can be compared with experimental measurements.
Specification(s): BFM156
Design: Calvert Cliffs-1 Test Rods
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Calvert Cliffs-1 Test Rods
- 18.180.53The system shall predict the behavior of Calvert Cliffs UFE019 experiment and provide results that can be compared with experimental measurements.
Specification(s): UFE019
Design: Calvert Cliffs-1 Test Rods
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Calvert Cliffs-1 Test Rods
- 18.180.55The system shall predict the behavior of Calvert Cliffs UFE067 experiment and provide results that can be compared with experimental measurements.
Specification(s): UFE067
Design: Calvert Cliffs-1 Test Rods
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Calvert Cliffs-1 Test Rods
- 18.180.57The system shall predict the behavior and provide results that can be compared with experimental measurements for the
- A53 case,
- A54 case,
- A55a case,
- A56 case,
- A11a case,
- C13 case,
- A96 case, and
- C16b case
Specification(s): Kammenzind/A53, Kammenzind/A54, Kammenzind/A55a, Kammenzind/A56, Kammenzind/A11a, Kammenzind/C13, Kammenzind/A96, Kammenzind/C16b
Design: Zirconium Hydrides Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Zirconium Hydrides Experiments
- 18.180.66The system shall predict the behavior of the first Sawatzky experiment using the updated HGND model and provide results that can be compared with experimental measurements.
Specification(s): sawatzky1
Design: Zirconium Hydrides Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Zirconium Hydrides Experiments
- 18.180.67The system shall predict the behavior of the first Sawatzky experiment using the base HGND model and provide results that can be compared with experimental measurements.
Specification(s): sawatzky1_base
Design: Zirconium Hydrides Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Zirconium Hydrides Experiments
- 18.180.68The system shall predict the behavior of the second Sawatzky experiment using the updated HGND model and provide results that can be compared with experimental measurements.
Specification(s): sawatzky2
Design: Zirconium Hydrides Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Zirconium Hydrides Experiments
- 18.180.69The system shall predict the behavior of the second Sawatzky experiment using the base HGND model and provide results that can be compared with experimental measurements.
Specification(s): sawatzky2_base
Design: Zirconium Hydrides Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Zirconium Hydrides Experiments
- 18.180.72The system shall predict the behavior of the Regate experiment assuming a smeared fuel column and provide results that can be compared with experimental measurements.
Specification(s): Regate_smeared
Design: REGATE
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: REGATE
- 18.180.76The system shall predict the behavior of HBEP BK363 experiment and provide results that can be compared with experimental measurements.
Specification(s): HBEP_BK363
Design: High Burnup Effects Programme (HBEP) BK363, BK365 and BK370
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: High Burnup Effects Programme (HBEP) BK363, BK365 and BK370
- 18.180.77The system shall predict the behavior of HBEP BK363 experiment using the Nuclear Materials action and provide results that can be compared with experimental measurements.
Specification(s): HBEP_BK363_action
Design: High Burnup Effects Programme (HBEP) BK363, BK365 and BK370
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: High Burnup Effects Programme (HBEP) BK363, BK365 and BK370
- 18.180.80The system shall predict the behavior of HBEP BK365 experiment and provide results that can be compared with experimental measurements.
Specification(s): HBEP_BK365
Design: High Burnup Effects Programme (HBEP) BK363, BK365 and BK370
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: High Burnup Effects Programme (HBEP) BK363, BK365 and BK370
- 18.180.82The system shall predict the behavior of HBEP BK370 experiment and provide results that can be compared with experimental measurements.
Specification(s): HBEP_BK370
Design: High Burnup Effects Programme (HBEP) BK363, BK365 and BK370
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: High Burnup Effects Programme (HBEP) BK363, BK365 and BK370
- 18.180.84The system shall predict the behavior of HBEP R1 A184 experiment and provide results that can be compared with experimental measurements.
Specification(s): HbepR1_A184
Design: High Burnup Effects Programme (HBEP) A1/8-4, A3/6-4 and H8/36-4
Issue(s): #307
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: High Burnup Effects Programme (HBEP) A1/8-4, A3/6-4 and H8/36-4
- 18.180.86The system shall predict the behavior of HBEP R1 A364 experiment and provide results that can be compared with experimental measurements.
Specification(s): HbepR1_A364
Design: High Burnup Effects Programme (HBEP) A1/8-4, A3/6-4 and H8/36-4
Issue(s): #307
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: High Burnup Effects Programme (HBEP) A1/8-4, A3/6-4 and H8/36-4
- 18.180.88The system shall predict the behavior of HBEP R1 H8364 experiment and provide results that can be compared with experimental measurements.
Specification(s): HbepR1_H8364
Design: High Burnup Effects Programme (HBEP) A1/8-4, A3/6-4 and H8/36-4
Issue(s): #307
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: High Burnup Effects Programme (HBEP) A1/8-4, A3/6-4 and H8/36-4
- 18.180.90The system shall predict the behavior of IFA-431 Rod 1 experiment and provide results that can be compared with experimental measurements.
Specification(s): IFA_431_rod1
Design: IFA-431 Rods 1, 2, and 3
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IFA-431 Rods 1, 2, and 3
- 18.180.91The system shall predict the behavior of IFA-431 Rod 1 experiment using the Nuclear Materials action and provide results that can be compared with experimental measurements.
Specification(s): IFA_431_rod1_action
Design: IFA-431 Rods 1, 2, and 3
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IFA-431 Rods 1, 2, and 3
- 18.180.94The system shall predict the behavior of IFA-431 Rod 2 experiment and provide results that can be compared with experimental measurements.
Specification(s): IFA_431_rod2
Design: IFA-431 Rods 1, 2, and 3
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IFA-431 Rods 1, 2, and 3
- 18.180.96The system shall predict the behavior of IFA-431 Rod 3 experiment and provide results that can be compared with experimental measurements.
Specification(s): IFA_431_rod3
Design: IFA-431 Rods 1, 2, and 3
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): RunApp
Validation: IFA-431 Rods 1, 2, and 3
- 18.180.98The system shall predict the behavior of IFA-432 Rod 1 experiment and provide results that can be compared with experimental measurements.
Specification(s): IFA_432_rod1
Design: IFA-432 Rods 1, 2, and 3
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IFA-432 Rods 1, 2, and 3
- 18.180.100The system shall predict the behavior of IFA-432 Rod 2 experiment and provide results that can be compared with experimental measurements.
Specification(s): IFA_432_rod2
Design: IFA-432 Rods 1, 2, and 3
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IFA-432 Rods 1, 2, and 3
- 18.180.102The system shall predict the behavior of IFA-432 Rod 3 experiment and provide results that can be compared with experimental measurements.
Specification(s): IFA_432_rod3
Design: IFA-432 Rods 1, 2, and 3
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): RunApp
Validation: IFA-432 Rods 1, 2, and 3
- 18.180.104The system shall predict the behavior of IFA-515 Rod A1 experiment and provide results that can be compared with experimental measurements.
Specification(s): IFA515
Design: IFA 515.10 Rod A1
Issue(s): #151
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IFA 515.10 Rod A1
- 18.180.106The system shall predict the behavior of IFA_519 Rod DH experiment and provide results that can be compared with experimental measurements.
Specification(s): IFA_519_rod_DH
Design: IFA 519 Rod DH and Rod DK
Issue(s): #110
Collection(s): FUNCTIONAL
Type(s): RunApp
Validation: IFA 519 Rod DH and Rod DK
- 18.180.108The system shall predict the behavior of IFA-519 Rod DK experiment and provide results that can be compared with experimental measurements
Specification(s): IFA_519_rod_DK
Design: IFA 519 Rod DH and Rod DK
Issue(s): #110
Collection(s): FUNCTIONAL
Type(s): RunApp
Validation: IFA 519 Rod DH and Rod DK
- 18.180.110The system shall predict the behavior of IFA-534 Rod 18 experiment and provide results that can be compared with experimental measurements.
Specification(s): IFA_534_rod18
Design: IFA-534 Rods 18 and 19
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IFA-534 Rods 18 and 19
- 18.180.112The system shall predict the behavior of IFA-534 Rod 19 experiment and provide results that can be compared with experimental measurements.
Specification(s): IFA_534_rod19
Design: IFA-534 Rods 18 and 19
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IFA-534 Rods 18 and 19
- 18.180.114The system shall predict the behavior of the IFA-535 Rod 809 experiment and provide results that can be compared with experimental measurements.
Specification(s): IFA_535_rod_809
Design: IFA-535.5-6 Rods 809-812
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IFA-535.5-6 Rods 809-812
- 18.180.116The system shall predict the behavior of the IFA-535 Rod 810 experiment and provide results that can be compared with experimental measurements.
Specification(s): IFA_535_rod_810
Design: IFA-535.5-6 Rods 809-812
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IFA-535.5-6 Rods 809-812
- 18.180.118The system shall predict the behavior of the IFA-535 Rod 811 experiment and provide results that can be compared with experimental measurements.
Specification(s): IFA_535_rod_811
Design: IFA-535.5-6 Rods 809-812
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IFA-535.5-6 Rods 809-812
- 18.180.120The system shall predict the behavior of the IFA-535 Rod 812 experiment and provide results that can be compared with experimental measurements.
Specification(s): IFA_535_rod_812
Design: IFA-535.5-6 Rods 809-812
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IFA-535.5-6 Rods 809-812
- 18.180.122The system shall predict the behavior of the IFA-562 Rod 15 experiment and provide results that can be compared with experimental measurements.
Specification(s): IFA562_15
Design: IFA-562 Rods 15-17
Issue(s): #157
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IFA-562 Rods 15-17
- 18.180.124The system shall predict the behavior of the IFA-562 Rod 16 experiment and provide results that can be compared with experimental measurements.
Specification(s): IFA562_16
Design: IFA-562 Rods 15-17
Issue(s): #157
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IFA-562 Rods 15-17
- 18.180.126The system shall predict the behavior of the IFA-562 Rod 17 experiment and provide results that can be compared with experimental measurements.
Specification(s): IFA562_17
Design: IFA-562 Rods 15-17
Issue(s): #157
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IFA-562 Rods 15-17
- 18.180.128The system shall predict the behavior of the IFA-597.3 Rod 7 experiment using a frictionless contact formulation and provide results that can be compared with experimental measurements.
Specification(s): IFA_597_rod7_frictionless
Design: IFA 597.3 Rod 7 and Rod 8
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IFA 597.3 Rod 7 and Rod 8
- 18.180.129The system shall predict the behavior of the IFA-597.3 Rod 7 experiment using a glued contact formulation and provide results that can be compared with experimental measurements.
Specification(s): IFA_597_rod7_glued
Design: IFA 597.3 Rod 7 and Rod 8
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IFA 597.3 Rod 7 and Rod 8
- 18.180.132The system shall predict the behavior of the IFA-597.3 Rod 8 experiment and provide results that can be compared with experimental measurements.
Specification(s): IFA_597_rod8_frictionless
Design: IFA 597.3 Rod 7 and Rod 8
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IFA 597.3 Rod 7 and Rod 8
- 18.180.134The system shall predict the behavior of the IFA-636 Rod 5 experiment and provide results that can be compared with experimental measurements.
Specification(s): IFA_636
Design: IFA-636.2 Rod 5
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IFA-636.2 Rod 5
- 18.180.136The system shall predict the behavior of the IFA-636 Rod 5 experiment with a reduction in solid swelling and provide results that can be compared with experimental measurements.
Specification(s): IFA_636_solid_swell
Design: IFA-636.2 Rod 5
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IFA-636.2 Rod 5
- 18.180.138The system shall predict the behavior of the IFA-677 Rod 1 experiment and provide results that can be compared with experimental measurements.
Specification(s): ifa677r1
Design: IFA-677.1 Rods 1 and 5
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IFA-677.1 Rods 1 and 5
- 18.180.140The system shall predict the behavior of the IFA-677 Rod 5 experiment and provide results that can be compared with experimental measurements.
Specification(s): ifa677r5
Design: IFA-677.1 Rods 1 and 5
Issue(s): #4834
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IFA-677.1 Rods 1 and 5
- 18.180.142The system shall predict the behavior of the IFA-681.1 Rod 1 experiment and provide results that can be compared with experimental measurements.
Specification(s): IFA681r1
Design: IFA-681 Rods 1, 2, and 3
Issue(s): #1121
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IFA-681 Rods 1, 2, and 3
- 18.180.144The system shall predict the behavior of the IFA-681.1 Rod 2 experiment and provide results that can be compared with experimental measurements.
Specification(s): IFA681r2
Design: IFA-681 Rods 1, 2, and 3
Issue(s): #1121
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IFA-681 Rods 1, 2, and 3
- 18.180.146The system shall predict the behavior of the IFA-681.1 Rod 3 experiment and provide results that can be compared with experimental measurements.
Specification(s): IFA681r3
Design: IFA-681 Rods 1, 2, and 3
Issue(s): #1121
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IFA-681 Rods 1, 2, and 3
- 18.180.148The system shall predict the behavior of the IFA-716.1 Rod 1 experiment and provide results that can be compared with experimental measurements.
Specification(s): ifa716r1
Design: IFA-716.1 Rod 1 and Rod 6
Issue(s): #1599
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IFA-716.1 Rod 1 and Rod 6
- 18.180.149The system shall predict the behavior of the IFA-716.1 Rod 1 experiment using a mortar contact formulation and provide results that can be compared with experimental measurements.
Specification(s): ifa716r1_mortar
Design: IFA-716.1 Rod 1 and Rod 6
Issue(s): #1599
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IFA-716.1 Rod 1 and Rod 6
- 18.180.152The system shall predict the behavior of the IFA-716.1 Rod 6 experiment and provide results that can be compared with experimental measurements.
Specification(s): ifa716r6
Design: IFA-716.1 Rod 1 and Rod 6
Issue(s): #1599
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IFA-716.1 Rod 1 and Rod 6
- 18.180.153The system shall predict the behavior of the IFA-716.1 Rod 6 experiment using a mortar contact formulation and provide results that can be compared with experimental measurements.
Specification(s): ifa716r6_mortar
Design: IFA-716.1 Rod 1 and Rod 6
Issue(s): #1599
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IFA-716.1 Rod 1 and Rod 6
- 18.180.156The system shall predict the behavior of the OCL11 experiment and provide results that can be compared with experimental measurements.
Specification(s): OCL11
Design: LOCA ANL Cladding Burst Tests
Issue(s): #747
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA ANL Cladding Burst Tests
- 18.180.157The system shall predict the behavior of the OCL11 experiment using automatic differentiation and provide results that can be compared with experimental measurements.
Specification(s): OCL11_ad
Design: LOCA ANL Cladding Burst Tests
Issue(s): #747
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA ANL Cladding Burst Tests
- 18.180.158The system shall predict the behavior of the OCL11 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): OCL11_aniso
Design: LOCA ANL Cladding Burst Tests
Issue(s): #747
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA ANL Cladding Burst Tests
- 18.180.162The system shall predict the behavior of the OCL5-8 experiment and provide results that can be compared with experimental measurements.
Specification(s): OCL5_8
Design: LOCA ANL Cladding Burst Tests
Issue(s): #747
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA ANL Cladding Burst Tests
- 18.180.163The system shall predict the behavior of the OCL5-8 experiment using automatic differentiation and provide results that can be compared with experimental measurements.
Specification(s): OCL5_8_ad
Design: LOCA ANL Cladding Burst Tests
Issue(s): #747
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA ANL Cladding Burst Tests
- 18.180.164The system shall predict the behavior of the OCL5-8 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): OCL5_8_aniso
Design: LOCA ANL Cladding Burst Tests
Issue(s): #747
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA ANL Cladding Burst Tests
- 18.180.168The system shall predict the behavior of the Hardy Tube 100C per second 0.3 MPa experiment and provide results that can be compared with experimental measurements.
Specification(s): 100C_sec_Hardy_Tube_Test_0pt3MPa
Design: LOCA - Hardy Tube Test
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA - Hardy Tube Test
- 18.180.170The system shall predict the behavior of the Hardy Tube 25C per second 0.3 MPa experiment and provide results that can be compared with experimental measurements.
Specification(s): 25C_sec_Hardy_Tube_Test_0pt3MPa
Design: LOCA - Hardy Tube Test
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA - Hardy Tube Test
- 18.180.172The system shall predict the behavior of the Hardy Tube 25C per second 0.5 MPa experiment and provide results that can be compared with experimental measurements.
Specification(s): 25C_sec_Hardy_Tube_Test_0pt5MPa
Design: LOCA - Hardy Tube Test
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA - Hardy Tube Test
- 18.180.174The system shall predict the behavior of the Hardy Tube 100C per second 0.7 MPa experiment and provide results that can be compared with experimental measurements.
Specification(s): 100C_Hardy_Tube_Test_0pt7MPa
Design: LOCA - Hardy Tube Test
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA - Hardy Tube Test
- 18.180.176The system shall predict the behavior of the Hardy Tube 25C per second 0.7 MPa experiment and provide results that can be compared with experimental measurements.
Specification(s): 25C_sec_Hardy_Tube_Test_0pt7MPa
Design: LOCA - Hardy Tube Test
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA - Hardy Tube Test
- 18.180.178The system shall predict the behavior of the Hardy Tube 25C per second 13.8 MPa experiment and provide results that can be compared with experimental measurements.
Specification(s): 25C_sec_Hardy_Tube_Test_13pt8MPa
Design: LOCA - Hardy Tube Test
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA - Hardy Tube Test
- 18.180.180The system shall predict the behavior of the Hardy Tube 25C per second 1.0 MPa experiment and provide results that can be compared with experimental measurements.
Specification(s): 25C_sec_Hardy_Tube_Test_1pt0MPa
Design: LOCA - Hardy Tube Test
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA - Hardy Tube Test
- 18.180.182The system shall predict the behavior of the Hardy Tube 100C per second 1.4 MPa experiment and provide results that can be compared with experimental measurements.
Specification(s): 100C_sec_Hardy_Tube_Test_1pt4MPa
Design: LOCA - Hardy Tube Test
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA - Hardy Tube Test
- 18.180.184The system shall predict the behavior of the Hardy Tube 25C per second 1.4 MPa experiment and provide results that can be compared with experimental measurements.
Specification(s): 25C_sec_Hardy_Tube_Test_1pt4MPa
Design: LOCA - Hardy Tube Test
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA - Hardy Tube Test
- 18.180.186The system shall predict the behavior of the Hardy Tube 100C per second 2.1 MPa experiment and provide results that can be compared with experimental measurements.
Specification(s): 100C_sec_Hardy_Tube_Test_2pt1MPa
Design: LOCA - Hardy Tube Test
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA - Hardy Tube Test
- 18.180.188The system shall predict the behavior of the Hardy Tube 25C per second 2.1 MPa experiment and provide results that can be compared with experimental measurements.
Specification(s): 25C_sec_Hardy_Tube_Test_2pt1MPa
Design: LOCA - Hardy Tube Test
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA - Hardy Tube Test
- 18.180.190The system shall predict the behavior of the Hardy Tube 25C per second 2.8 MPa experiment and provide results that can be compared with experimental measurements.
Specification(s): 25C_sec_Hardy_Tube_Test_2pt8MPa
Design: LOCA - Hardy Tube Test
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA - Hardy Tube Test
- 18.180.192The system shall predict the behavior of the Hardy Tube 100C per second 3.8 MPa experiment and provide results that can be compared with experimental measurements.
Specification(s): 100C_sec_Hardy_Tube_Test_3pt8MPa
Design: LOCA - Hardy Tube Test
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA - Hardy Tube Test
- 18.180.194The system shall predict the behavior of the Hardy Tube 25C per second 3.8 MPa experiment and provide results that can be compared with experimental measurements.
Specification(s): 25C_sec_Hardy_Tube_Test_3pt8MPa
Design: LOCA - Hardy Tube Test
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA - Hardy Tube Test
- 18.180.196The system shall predict the behavior of the Hardy Tube 100C per second 5.5 MPa experiment and provide results that can be compared with experimental measurements.
Specification(s): 100C_sec_Hardy_Tube_Test_5pt5MPa
Design: LOCA - Hardy Tube Test
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA - Hardy Tube Test
- 18.180.198The system shall predict the behavior of the Hardy Tube 25C per second 5.5 MPa experiment and provide results that can be compared with experimental measurements.
Specification(s): 25C_sec_Hardy_Tube_Test_5pt5MPa
Design: LOCA - Hardy Tube Test
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA - Hardy Tube Test
- 18.180.201The system shall predict the behavior of IFA-650.10 experiment base irradiation and provide results that can be compared with experimental measurements.
Specification(s): IFA_650_10_part1
Design: LOCA IFA-650.10
Issue(s): #504
Collection(s): FUNCTIONAL
Type(s): RunApp
Validation: LOCA IFA-650.10
- 18.180.202The system shall predict the behavior of IFA-650.10 experiment LOCA and provide results that can be compared with experimental measurements.
Specification(s): IFA_650_10_part2
Design: LOCA IFA-650.10
Issue(s): #504
Collection(s): FUNCTIONAL
Type(s): RunApp
Validation: LOCA IFA-650.10
- 18.180.205The system shall predict the behavior of the IFA-650.2 experiment and provide results that can be compared with experimental measurements.
Specification(s): IFA_650_2
Design: LOCA IFA-650.2
Issue(s): #315
Collection(s): FUNCTIONAL
Type(s): RunApp
Validation: LOCA IFA-650.2
- 18.180.207The system shall predict the behavior of the IFA_650.4 experiment base irradiation and provide results that can be compared with experimental measurements.
Specification(s): IFA_650_4_part1
Design: LOCA IFA-650.4
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA IFA-650.4
- 18.180.208The system shall predict the behavior of the IFA_650.4 experiment base irradiation using the Nuclear Materials action and provide results that can be compared with experimental measurements.
Specification(s): IFA_650_4_part1_action
Design: LOCA IFA-650.4
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA IFA-650.4
- 18.180.209The system shall predict the behavior of the IFA_650.4 experiment using the plastic instability failure criterion and provide results that can be compared with experimental measurements.
Specification(s): IFA_650_4_part2_plastic_instability
Design: LOCA IFA-650.4
Collection(s): FUNCTIONAL
Type(s): RunApp
Validation: LOCA IFA-650.4
- 18.180.210The system shall rename, for plotting purposes, the IFA_650.4 plastic instability
- output csv file,
- cladding diameter output csv file, and
- mass fraction output csv file.
Specification(s): move_for_plotting_pi/move_files_for_plotting1, move_for_plotting_pi/move_files_for_plotting2, move_for_plotting_pi/move_files_for_plotting3
Design: LOCA IFA-650.4
Collection(s): FUNCTIONAL
Type(s): RunCommand
Validation: LOCA IFA-650.4
- 18.180.211The system shall predict the behavior of the IFA_650.4 experiment using the overstrain failure criterion and provide results that can be compared with experimental measurements.
Specification(s): IFA_650_4_part2_overstrain
Design: LOCA IFA-650.4
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA IFA-650.4
- 18.180.212The system shall rename, for plotting purposes, the IFA_650.4 overstrain
- output csv file,
- cladding diameter output csv file, and
- mass fraction output csv file.
Specification(s): move_for_plotting_os/move_files_for_plotting4, move_for_plotting_os/move_files_for_plotting5, move_for_plotting_os/move_files_for_plotting6
Design: LOCA IFA-650.4
Collection(s): FUNCTIONAL
Type(s): RunCommand
Validation: LOCA IFA-650.4
- 18.180.213The system shall predict the behavior of the IFA_650.4 experiment using the plastic instability failure criterion and provide results that can be compared with experimental measurements for the irradiation phase.
Specification(s): IFA_650_4_part1_gas_communication
Design: LOCA IFA-650.4
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA IFA-650.4
- 18.180.214The system shall predict the behavior of the IFA_650.4 experiment using the plastic instability failure criterion and provide results that can be compared with experimental measurements for the transient phase.
Specification(s): IFA_650_4_part2_gas_communication_plastic_instability
Design: LOCA IFA-650.4
Collection(s): FUNCTIONAL
Type(s): RunApp
Validation: LOCA IFA-650.4
- 18.180.215The system shall predict the behavior of the IFA_650.4 experiment using the plastic instability failure criterion and provide results that can be compared with experimental measurements for the gas communication phase.
Specification(s): IFA_650_4_part3_gas_communication_plastic_instability
Design: LOCA IFA-650.4
Collection(s): FUNCTIONAL
Type(s): RunApp
Validation: LOCA IFA-650.4
- 18.180.221The system shall predict the behavior of the IFA_650.9 experiment base irradiation and provide results that can be compared with experimental measurements.
Specification(s): IFA_650_9_part1
Design: LOCA IFA-650.9
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA IFA-650.9
- 18.180.222The system shall predict the behavior of the IFA_650.9 experiment using the plastic instability failure criterion and provide results that can be compared with experimental measurements.
Specification(s): IFA_650_9_part2_plastic_instability
Design: LOCA IFA-650.9
Collection(s): FUNCTIONAL
Type(s): RunApp
Validation: LOCA IFA-650.9
- 18.180.223The system shall rename, for plotting purposes, the IFA_650.9 plastic instability
- output csv file,
- cladding diameter output csv file, and
- mass fraction output csv file.
Specification(s): move_for_plotting_pi/move_files_for_plotting1, move_for_plotting_pi/move_files_for_plotting2, move_for_plotting_pi/move_files_for_plotting3
Design: LOCA IFA-650.9
Collection(s): FUNCTIONAL
Type(s): RunCommand
Validation: LOCA IFA-650.9
- 18.180.224The system shall predict the behavior of the IFA_650.9 experiment using the overstrain failure criterion and provide results that can be compared with experimental measurements.
Specification(s): IFA_650_9_part2_overstrain
Design: LOCA IFA-650.9
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA IFA-650.9
- 18.180.225The system shall rename, for plotting purposes, the IFA_650.9 overstrain
- output csv file,
- cladding diameter output csv file, and
- mass fraction output csv file.
Specification(s): move_for_plotting_os/move_files_for_plotting4, move_for_plotting_os/move_files_for_plotting5, move_for_plotting_os/move_files_for_plotting6
Design: LOCA IFA-650.9
Collection(s): FUNCTIONAL
Type(s): RunCommand
Validation: LOCA IFA-650.9
- 18.180.229The system shall predict the behavior of the MT-4 1.1 kW/m experiment and provide results that can be compared with experimental measurements.
Specification(s): MT4_1-1kW
Design: LOCA MT4 and MT6A
Collection(s): FUNCTIONAL
Type(s): RunApp
Validation: LOCA MT4 and MT6A
- 18.180.230The system shall predict the behavior of the MT-4 1.1 kW/m experiment using the Nuclear Materials action and provide results that can be compared with experimental measurements.
Specification(s): MT4_1-1kW_action
Design: LOCA MT4 and MT6A
Collection(s): FUNCTIONAL
Type(s): RunApp
Validation: LOCA MT4 and MT6A
- 18.180.231The system shall predict the behavior of the MT-4 1.2 kW/m experiment and provide results that can be compared with experimental measurements.
Specification(s): MT4_1-2kW
Design: LOCA MT4 and MT6A
Collection(s): FUNCTIONAL
Type(s): RunApp
Validation: LOCA MT4 and MT6A
- 18.180.235The system shall predict the behavior of the MT-6A 1.1 kW/m experiment and provide results that can be compared with experimental measurements.
Specification(s): MT6A_1-1kW
Design: LOCA MT4 and MT6A
Collection(s): FUNCTIONAL
Type(s): RunApp
Validation: LOCA MT4 and MT6A
- 18.180.236The system shall predict the behavior of the MT-6A 1.2 kW/m experiment and provide results that can be compared with experimental measurements.
Specification(s): MT6A_1-2kW
Design: LOCA MT4 and MT6A
Collection(s): FUNCTIONAL
Type(s): RunApp
Validation: LOCA MT4 and MT6A
- 18.180.239The system shall predict the behavior of ORNL Zircaloy-2 Rod 1 experiment and provide results that can be compared with experimental measurements.
Specification(s): ornl_zr2_1
Design: LOCA ORNL Burst Tests
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA ORNL Burst Tests
- 18.180.240The system shall predict the behavior of ORNL Zircaloy-2 Rod 1 experiment using automatic differentiation and provide results that can be compared with experimental measurements.
Specification(s): ornl_zr2_1_ad
Design: LOCA ORNL Burst Tests
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA ORNL Burst Tests
- 18.180.241The system shall predict the behavior of ORNL Zircaloy-2 Rod 1 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): ornl_zr2_1_aniso
Design: LOCA ORNL Burst Tests
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA ORNL Burst Tests
- 18.180.245The system shall predict the behavior of ORNL Zircaloy-2 Rod 2 experiment and provide results that can be compared with experimental measurements.
Specification(s): ornl_zr2_2
Design: LOCA ORNL Burst Tests
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA ORNL Burst Tests
- 18.180.246The system shall predict the behavior of ORNL Zircaloy-2 Rod 2 experiment using automatic differentiation and provide results that can be compared with experimental measurements.
Specification(s): ornl_zr2_2_ad
Design: LOCA ORNL Burst Tests
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA ORNL Burst Tests
- 18.180.247The system shall predict the behavior of ORNL Zircaloy-2 Rod 2 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): ornl_zr2_2_aniso
Design: LOCA ORNL Burst Tests
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA ORNL Burst Tests
- 18.180.251The system shall predict the behavior of ORNL Zircaloy-4 Rod 1 experiment and provide results that can be compared with experimental measurements.
Specification(s): ornl_zr4_1
Design: LOCA ORNL Burst Tests
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA ORNL Burst Tests
- 18.180.252The system shall predict the behavior of ORNL Zircaloy-4 Rod 1 experiment using automatic differentiation and provide results that can be compared with experimental measurements.
Specification(s): ornl_zr4_1_ad_hill
Design: LOCA ORNL Burst Tests
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA ORNL Burst Tests
- 18.180.253The system shall predict the behavior of ORNL Zircaloy-4 Rod 1 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): ornl_zr4_1_ad_hill_aniso
Design: LOCA ORNL Burst Tests
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA ORNL Burst Tests
- 18.180.257The system shall predict the behavior of the PUZRY-01 experiment and provide results that can be compared with experimental measurements.
Specification(s): puzry-01
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.258The system shall predict the behavior of the PUZRY-01 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): puzry-01_aniso
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.261The system shall predict the behavior of the PUZRY-02 experiment and provide results that can be compared with experimental measurements.
Specification(s): puzry-02
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.262The system shall predict the behavior of the PUZRY-02 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): puzry-02_aniso
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.265The system shall predict the behavior of the PUZRY-03 experiment and provide results that can be compared with experimental measurements.
Specification(s): puzry-03
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.266The system shall predict the behavior of the PUZRY-03 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): puzry-03_aniso
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.269The system shall predict the behavior of the PUZRY-04 experiment and provide results that can be compared with experimental measurements.
Specification(s): puzry-04
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.270The system shall predict the behavior of the PUZRY-04 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): puzry-04_aniso
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.273The system shall predict the behavior of the PUZRY-05 experiment and provide results that can be compared with experimental measurements.
Specification(s): puzry-05
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.274The system shall predict the behavior of the PUZRY-05 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): puzry-05_aniso
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.277The system shall predict the behavior of the PUZRY-06 experiment and provide results that can be compared with experimental measurements.
Specification(s): puzry-06
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.279The system shall predict the behavior of the PUZRY-07 experiment and provide results that can be compared with experimental measurements.
Specification(s): puzry-07
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.280The system shall predict the behavior of the PUZRY-07 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): puzry-07_aniso
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.283The system shall predict the behavior of the PUZRY-08 experiment and provide results that can be compared with experimental measurements.
Specification(s): puzry-08
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.284The system shall predict the behavior of the PUZRY-08 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): puzry-08_aniso
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.287The system shall predict the behavior of the PUZRY-09 experiment and provide results that can be compared with experimental measurements.
Specification(s): puzry-09
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.288The system shall predict the behavior of the PUZRY-09 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): puzry-09_aniso
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.291The system shall predict the behavior of the PUZRY-10 experiment and provide results that can be compared with experimental measurements.
Specification(s): puzry-10
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.292The system shall predict the behavior of the PUZRY-10 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): puzry-10_aniso
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.295The system shall predict the behavior of the PUZRY-11 experiment and provide results that can be compared with experimental measurements.
Specification(s): puzry-11
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.296The system shall predict the behavior of the PUZRY-11 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): puzry-11_aniso
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.299The system shall predict the behavior of the PUZRY-12 experiment and provide results that can be compared with experimental measurements.
Specification(s): puzry-12
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.300The system shall predict the behavior of the PUZRY-12 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): puzry-12_aniso
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.303The system shall predict the behavior of the PUZRY-13 experiment and provide results that can be compared with experimental measurements.
Specification(s): puzry-13
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.304The system shall predict the behavior of the PUZRY-13 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): puzry-13_aniso
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.307The system shall predict the behavior of the PUZRY-14 experiment and provide results that can be compared with experimental measurements.
Specification(s): puzry-14
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.308The system shall predict the behavior of the PUZRY-14 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): puzry-14_aniso
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.311The system shall predict the behavior of the PUZRY-15 experiment and provide results that can be compared with experimental measurements.
Specification(s): puzry-15
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.312The system shall predict the behavior of the PUZRY-15 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): puzry-15_aniso
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.315The system shall predict the behavior of the PUZRY-16 experiment and provide results that can be compared with experimental measurements.
Specification(s): puzry-16
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.316The system shall predict the behavior of the PUZRY-16 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): puzry-16_aniso
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.319The system shall predict the behavior of the PUZRY-17 experiment and provide results that can be compared with experimental measurements.
Specification(s): puzry-17
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.320The system shall predict the behavior of the PUZRY-17 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): puzry-17_aniso
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.323The system shall predict the behavior of the PUZRY-18 experiment and provide results that can be compared with experimental measurements.
Specification(s): puzry-18
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.324The system shall predict the behavior of the PUZRY-18 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): puzry-18_aniso
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.327The system shall predict the behavior of the PUZRY-19 experiment and provide results that can be compared with experimental measurements.
Specification(s): puzry-19
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.328The system shall predict the behavior of the PUZRY-19 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): puzry-19_aniso
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.331The system shall predict the behavior of the PUZRY-20 experiment and provide results that can be compared with experimental measurements.
Specification(s): puzry-20
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.332The system shall predict the behavior of the PUZRY-20 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): puzry-20_aniso
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.335The system shall predict the behavior of the PUZRY-21 experiment and provide results that can be compared with experimental measurements.
Specification(s): puzry-21
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.336The system shall predict the behavior of the PUZRY-21 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): puzry-21_aniso
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.339The system shall predict the behavior of the PUZRY-22 experiment and provide results that can be compared with experimental measurements.
Specification(s): puzry-22
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.340The system shall predict the behavior of the PUZRY-22 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): puzry-22_aniso
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.343The system shall predict the behavior of the PUZRY-23 experiment and provide results that can be compared with experimental measurements.
Specification(s): puzry-23
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.344The system shall predict the behavior of the PUZRY-23 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): puzry-23_aniso
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.347The system shall predict the behavior of the PUZRY-24 experiment and provide results that can be compared with experimental measurements.
Specification(s): puzry-24
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.348The system shall predict the behavior of the PUZRY-24 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): puzry-24_aniso
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.351The system shall predict the behavior of the PUZRY-25 experiment and provide results that can be compared with experimental measurements.
Specification(s): puzry-25
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.352The system shall predict the behavior of the PUZRY-25 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): puzry-25_aniso
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.355The system shall predict the behavior of the PUZRY-26 experiment and provide results that can be compared with experimental measurements.
Specification(s): puzry-26
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.356The system shall predict the behavior of the PUZRY-26 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): puzry-26_aniso
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.359The system shall predict the behavior of the PUZRY-27 experiment and provide results that can be compared with experimental measurements.
Specification(s): puzry-27
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.360The system shall predict the behavior of the PUZRY-27 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): puzry-27_aniso
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.363The system shall predict the behavior of the PUZRY-28 experiment and provide results that can be compared with experimental measurements.
Specification(s): puzry-28
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.365The system shall predict the behavior of the PUZRY-29 experiment and provide results that can be compared with experimental measurements.
Specification(s): puzry-29
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.366The system shall predict the behavior of the PUZRY-29 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): puzry-29_aniso
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.369The system shall predict the behavior of the PUZRY-30 experiment and provide results that can be compared with experimental measurements.
Specification(s): puzry-30
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.370The system shall predict the behavior of the PUZRY-30 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): puzry-30_aniso
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.373The system shall predict the behavior of the PUZRY-31 experiment and provide results that can be compared with experimental measurements.
Specification(s): puzry-31
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.374The system shall predict the behavior of the PUZRY-31 experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): puzry-31_aniso
Design: LOCA PUZRY
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA PUZRY
- 18.180.377The system shall predict the behavior of the REBEKA 1 MPa experiment and provide results that can be compared with experimental measurements.
Specification(s): rebeka_singlerod_2d_01MPa
Design: LOCA REBEKA
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA REBEKA
- 18.180.378The system shall predict the behavior of the REBEKA 1 MPa experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): rebeka_singlerod_2d_01MPa_aniso
Design: LOCA REBEKA
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA REBEKA
- 18.180.381The system shall predict the behavior of the REBEKA 2 MPa experiment and provide results that can be compared with experimental measurements.
Specification(s): rebeka_singlerod_2d_02MPa
Design: LOCA REBEKA
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA REBEKA
- 18.180.382The system shall predict the behavior of the REBEKA 2 MPa experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): rebeka_singlerod_2d_02MPa_aniso
Design: LOCA REBEKA
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA REBEKA
- 18.180.385The system shall predict the behavior of the REBEKA 4 MPa experiment and provide results that can be compared with experimental measurements.
Specification(s): rebeka_singlerod_2d_04MPa
Design: LOCA REBEKA
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA REBEKA
- 18.180.386The system shall predict the behavior of the REBEKA 4 MPa experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): rebeka_singlerod_2d_04MPa_aniso
Design: LOCA REBEKA
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA REBEKA
- 18.180.389The system shall predict the behavior of the REBEKA 6 MPa experiment and provide results that can be compared with experimental measurements.
Specification(s): rebeka_singlerod_2d_06MPa
Design: LOCA REBEKA
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA REBEKA
- 18.180.390The system shall predict the behavior of the REBEKA 6 MPa experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): rebeka_singlerod_2d_06MPa_aniso
Design: LOCA REBEKA
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA REBEKA
- 18.180.393The system shall predict the behavior of the REBEKA 8 MPa experiment and provide results that can be compared with experimental measurements.
Specification(s): rebeka_singlerod_2d_08MPa
Design: LOCA REBEKA
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA REBEKA
- 18.180.394The system shall predict the behavior of the REBEKA 8 MPa experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): rebeka_singlerod_2d_08MPa_aniso
Design: LOCA REBEKA
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA REBEKA
- 18.180.397The system shall predict the behavior of the REBEKA 10 MPa experiment and provide results that can be compared with experimental measurements.
Specification(s): rebeka_singlerod_2d_10MPa
Design: LOCA REBEKA
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA REBEKA
- 18.180.398The system shall predict the behavior of the REBEKA 10 MPa experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): rebeka_singlerod_2d_10MPa_1pt5
Design: LOCA REBEKA
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA REBEKA
- 18.180.399The system shall predict the behavior of the REBEKA 2 MPa experiment in a 1.5D geometry and provide results that can be compared with experimental measurements.
Specification(s): rebeka_singlerod_2d_10MPa_aniso
Design: LOCA REBEKA
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA REBEKA
- 18.180.403The system shall predict the behavior of the REBEKA 12 MPa experiment and provide results that can be compared with experimental measurements.
Specification(s): rebeka_singlerod_2d_12MPa
Design: LOCA REBEKA
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA REBEKA
- 18.180.404The system shall predict the behavior of the REBEKA 12 MPa experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): rebeka_singlerod_2d_12MPa_aniso
Design: LOCA REBEKA
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA REBEKA
- 18.180.407The system shall predict the behavior of the REBEKA 14 MPa experiment and provide results that can be compared with experimental measurements.
Specification(s): rebeka_singlerod_2d_14MPa
Design: LOCA REBEKA
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA REBEKA
- 18.180.408The system shall predict the behavior of the REBEKA 14 MPa experiment including anisotropic creep and provide results that can be compared with experimental measurements.
Specification(s): rebeka_singlerod_2d_14MPa_aniso
Design: LOCA REBEKA
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA REBEKA
- 18.180.411The system shall predict the behavior of the REBEKA 10 MPa experiment in 3D and provide results that can be compared with experimental measurements.
Specification(s): rebeka_singlerod_3d_10MPa_90deg
Design: LOCA REBEKA
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA REBEKA
- 18.180.413The system shall predict the behavior of Studsvik Rod 191 experiment and provide results that can be compared with experimental measurements for
- the base irradiation,
- the LOCA,
- the base irradiation in a 1.5D geometry, and
- the LOCA in a 1.5D geometry.
Specification(s): Rod191/Studsvik_rod191_part1, Rod191/Studsvik_rod191_part2, Rod191/Studsvik_rod191_1p5d_part1, Rod191/Studsvik_rod191_1p5d_part2
Design: LOCA Studsvik Rods 191 and 196
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA Studsvik Rods 191 and 196
- 18.180.415The system shall predict the behavior of Studsvik Rod 196 experiment and provide results that can be compared with experimental measurements for
- the base irradiation,
- the LOCA,
- the base irradiation in a 1.5D geometry, and
- the LOCA in a 1.5D geometry.
Specification(s): Rod196/Studsvik_rod196_part1, Rod196/Studsvik_rod196_part2, Rod196/Studsvik_rod196_1p5d_part1, Rod196/Studsvik_rod196_1p5d_part2
Design: LOCA Studsvik Rods 191 and 196
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: LOCA Studsvik Rods 191 and 196
- 18.180.417The system shall predict the behavior of OSIRIS H09 experiment and provide results that can be compared with experimental measurements.
Specification(s): OSIRIS_H09
Design: OSIRIS H09
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: OSIRIS H09
- 18.180.419The system shall predict the behavior of OSIRIS J12 experiment and provide results that can be compared with experimental measurements.
Specification(s): OSIRIS_J12
Design: OSIRIS J12-5
Issue(s): #77
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: OSIRIS J12-5
- 18.180.421The system shall predict the behavior of RE Ginna Rodlet 2 experiment and provide results that can be compared with experimental measurements.
Specification(s): RE_Ginna_rodlet_2
Design: RE Ginna Rodlet-2 and Rodlet-4
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): RunApp
Validation: RE Ginna Rodlet-2 and Rodlet-4
- 18.180.423The system shall predict the behavior of RE Ginna Rodlet 4 experiment and provide results that can be compared with experimental measurements.
Specification(s): RE_Ginna_rodlet_4
Design: RE Ginna Rodlet-2 and Rodlet-4
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: RE Ginna Rodlet-2 and Rodlet-4
- 18.180.424The system shall predict the behavior of RE Ginna Rodlet 4 experiment in a 1.5D geometry and provide results that can be compared with experimental measurements.
Specification(s): RE_Ginna_rodlet_4_1pt5
Design: RE Ginna Rodlet-2 and Rodlet-4
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: RE Ginna Rodlet-2 and Rodlet-4
- 18.180.427The system shall predict the behavior of the REP Na 10 experiment base irradiation and provide results that can be compared with experimental measurements.
Specification(s): REP_Na_10
Design: RIA CABRI REP Na-2, 3, 5, 10
Issue(s): #418
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: RIA CABRI REP Na-2, 3, 5, 10
- 18.180.428The system shall predict the behavior of the REP Na 10 experiment RIA and provide results that can be compared with experimental measurements.
Specification(s): REP_Na_10_RIA
Design: RIA CABRI REP Na-2, 3, 5, 10
Issue(s): #418
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: RIA CABRI REP Na-2, 3, 5, 10
- 18.180.431The system shall predict the behavior of the REP Na 2 experiment base irradiation and provide results that can be compared with experimental measurements.
Specification(s): REP_Na_2
Design: RIA CABRI REP Na-2, 3, 5, 10
Issue(s): #418
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: RIA CABRI REP Na-2, 3, 5, 10
- 18.180.432The system shall predict the behavior of the REP Na 2 experiment RIA and provide results that can be compared with experimental measurements.
Specification(s): REP_Na_2_RIA
Design: RIA CABRI REP Na-2, 3, 5, 10
Issue(s): #418
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: RIA CABRI REP Na-2, 3, 5, 10
- 18.180.433The system shall predict the behavior of the REP Na 2 experiment in a 1.5D geometry and provide results that can be compared with experimental measurements.
Specification(s): REP_Na_2_1pt5
Design: RIA CABRI REP Na-2, 3, 5, 10
Issue(s): #418
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: RIA CABRI REP Na-2, 3, 5, 10
- 18.180.437The system shall predict the behavior of the REP Na 3 experiment base irradiation and provide results that can be compared with experimental measurements.
Specification(s): REP_Na_3
Design: RIA CABRI REP Na-2, 3, 5, 10
Issue(s): #418
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: RIA CABRI REP Na-2, 3, 5, 10
- 18.180.438The system shall predict the behavior of the REP Na 3 experiment RIA and provide results that can be compared with experimental measurements.
Specification(s): REP_Na_3_RIA
Design: RIA CABRI REP Na-2, 3, 5, 10
Issue(s): #418
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: RIA CABRI REP Na-2, 3, 5, 10
- 18.180.441The system shall predict the behavior of the REP Na 5 experiment base irradiation and provide results that can be compared with experimental measurements.
Specification(s): REP_Na_5
Design: RIA CABRI REP Na-2, 3, 5, 10
Issue(s): #418
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: RIA CABRI REP Na-2, 3, 5, 10
- 18.180.442The system shall predict the behavior of the REP Na 5 experiment RIA and provide results that can be compared with experimental measurements.
Specification(s): REP_Na_5_RIA
Design: RIA CABRI REP Na-2, 3, 5, 10
Issue(s): #418
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: RIA CABRI REP Na-2, 3, 5, 10
- 18.180.446The system shall predict the behavior of the FK-01 experiment and provide results that can be compared with experimental measurements.
Specification(s): FK01
Design: RIA NSRR FK Tests
Issue(s): #510
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: RIA NSRR FK Tests
- 18.180.447The system shall predict the behavior of the FK-01 experiment using the Nuclear Materials action and provide results that can be compared with experimental measurements.
Specification(s): FK01_action
Design: RIA NSRR FK Tests
Issue(s): #510
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: RIA NSRR FK Tests
- 18.180.450The system shall predict the behavior of the FK-02 experiment and provide results that can be compared with experimental measurements.
Specification(s): FK02
Design: RIA NSRR FK Tests
Issue(s): #510
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: RIA NSRR FK Tests
- 18.180.451The system shall predict the behavior of the FK-02 experiment using the Nuclear Materials action and provide results that can be compared with experimental measurements.
Specification(s): FK02_action
Design: RIA NSRR FK Tests
Issue(s): #510
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: RIA NSRR FK Tests
- 18.180.454The system shall predict the behavior of the FK-03 experiment and provide results that can be compared with experimental measurements.
Specification(s): FK03
Design: RIA NSRR FK Tests
Issue(s): #510
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: RIA NSRR FK Tests
- 18.180.455The system shall predict the behavior of the FK-03 experiment using the Nuclear Materials action and provide results that can be compared with experimental measurements.
Specification(s): FK03_ccm
Design: RIA NSRR FK Tests
Issue(s): #510
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: RIA NSRR FK Tests
- 18.180.458The system shall predict the behavior of the FK-04 experiment and provide results that can be compared with experimental measurements.
Specification(s): FK04
Design: RIA NSRR FK Tests
Issue(s): #510
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: RIA NSRR FK Tests
- 18.180.460The system shall predict the behavior of the FK-05 experiment and provide results that can be compared with experimental measurements.
Specification(s): FK05
Design: RIA NSRR FK Tests
Issue(s): #510
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: RIA NSRR FK Tests
- 18.180.462The system shall predict the behavior of the FK-06 experiment and provide results that can be compared with experimental measurements.
Specification(s): FK06
Design: RIA NSRR FK Tests
Issue(s): #510
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: RIA NSRR FK Tests
- 18.180.464The system shall predict the behavior of the FK-07 experiment and provide results that can be compared with experimental measurements.
Specification(s): FK07
Design: RIA NSRR FK Tests
Issue(s): #510
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: RIA NSRR FK Tests
- 18.180.466The system shall predict the behavior of the FK-08 experiment and provide results that can be compared with experimental measurements.
Specification(s): FK08
Design: RIA NSRR FK Tests
Issue(s): #510
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: RIA NSRR FK Tests
- 18.180.468The system shall predict the behavior of the FK-09 experiment and provide results that can be compared with experimental measurements.
Specification(s): FK09
Design: RIA NSRR FK Tests
Issue(s): #510
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: RIA NSRR FK Tests
- 18.180.470The system shall predict the behavior of the Riso AN2 experiment and provide results that can be compared with experimental measurements.
Specification(s): Riso_AN2
Design: Riso AN2
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Riso AN2
- 18.180.472The system shall predict the behavior of the Riso AN3 experiment and provide results that can be compared with experimental measurements.
Specification(s): Riso_AN3
Design: Riso AN3
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Riso AN3
- 18.180.474The system shall predict the behavior of Riso AN4 experiment and provide results that can be compared with experimental measurements.
Specification(s): Riso_AN4
Design: Riso AN4
Issue(s): #6325
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Riso AN4
- 18.180.476The system shall predict the behavior of the Riso AN8 experiment and provide results that can be compared with experimental measurements.
Specification(s): Riso_AN8
Design: Riso AN8
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Riso AN8
- 18.180.478The system shall predict the behavior of the Riso GE7 experiment assuming a smeared fuel column and provide results that can be compared with experimental measurements.
Specification(s): Riso_GE7_smeared
Design: Riso GE7 Fuel Pin ZX115
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Riso GE7 Fuel Pin ZX115
- 18.180.479The system shall predict the behavior of the Riso GE7 experiment in a 1.5D geometry and provide results that can be compared with experimental measurements.
Specification(s): Riso_GE7_1pt5
Design: Riso GE7 Fuel Pin ZX115
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Riso GE7 Fuel Pin ZX115
- 18.180.480The system shall predict the behavior of the Riso GE7 experiment including smeared cracking and creep and provide results that can be compared with experimental measurements.
Specification(s): Riso_GE7_smeared_cracking_creep
Design: Riso GE7 Fuel Pin ZX115
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Riso GE7 Fuel Pin ZX115
- 18.180.485The system shall predict the behavior of the Riso GEm experiment and provide results that can be compared with experimental measurements.
Specification(s): Riso_GEm_STR013
Design: Riso-2 GE-m STR013
Issue(s): #6235
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Riso-2 GE-m STR013
- 18.180.487The system shall predict the behavior of the Riso II3 experiment and provide results that can be compared with experimental measurements.
Specification(s): Riso_II3
Design: Riso II3
Issue(s): #6325
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Riso II3
- 18.180.489The system shall predict the behavior of the Riso II5 experiment and provide results that can be compared with experimental measurements.
Specification(s): Riso_II5
Design: Riso II5
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Riso II5
- 18.180.490The system shall predict the behavior of the Riso II5 experiment using the Nuclear Materials action and provide results that can be compared with experimental measurements.
Specification(s): Riso_II5_action
Design: Riso II5
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Riso II5
- 18.180.493The system shall predict the behavior of the Baker separate effects experiment and provide results that can be compared with experimental measurements for the
- 1273 K case,
- 1373 K case,
- 1473 K case,
- 1573 K case,
- 1673 K case,
- 1773 K case,
- 1873 K case,
- 1973 K case, and
- 2073 K case.
Specification(s): Baker_TEM/1273, Baker_TEM/1373, Baker_TEM/1473, Baker_TEM/1573, Baker_TEM/1673, Baker_TEM/1773, Baker_TEM/1873, Baker_TEM/1973, Baker_TEM/2073
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.494The system shall predict the behavior of the White_AGR_SEM_4000_A separate effects experiment and provide results that can be compared with experimental measurements.
Specification(s): White_AGR_SEM_4000_A
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.495The system shall predict the behavior of the White_AGR_SEM_4000_B separate effects experiment and provide results that can be compared with experimental measurements.
Specification(s): White_AGR_SEM_4000_B
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.496The system shall predict the behavior of the White_AGR_SEM_4000_C separate effects experiment and provide results that can be compared with experimental measurements.
Specification(s): White_AGR_SEM_4000_C
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.497The system shall predict the behavior of the White_AGR_SEM_4000_D separate effects experiment and provide results that can be compared with experimental measurements.
Specification(s): White_AGR_SEM_4000_D
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.498The system shall predict the behavior of the White_AGR_SEM_4004_A separate effects experiment and provide results that can be compared with experimental measurements.
Specification(s): White_AGR_SEM_4004_A
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.499The system shall predict the behavior of the White_AGR_SEM_4004_B separate effects experiment and provide results that can be compared with experimental measurements.
Specification(s): White_AGR_SEM_4004_B
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.500The system shall predict the behavior of the White_AGR_SEM_4004_C separate effects experiment and provide results that can be compared with experimental measurements.
Specification(s): White_AGR_SEM_4004_C
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.501The system shall predict the behavior of the White_AGR_SEM_4004_D separate effects experiment and provide results that can be compared with experimental measurements.
Specification(s): White_AGR_SEM_4004_D
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.502The system shall predict the behavior of the White_AGR_SEM_4005_A separate effects experiment and provide results that can be compared with experimental measurements.
Specification(s): White_AGR_SEM_4005_A
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.503The system shall predict the behavior of the White_AGR_SEM_4005_B separate effects experiment and provide results that can be compared with experimental measurements.
Specification(s): White_AGR_SEM_4005_B
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.504The system shall predict the behavior of the White_AGR_SEM_4005_C separate effects experiment and provide results that can be compared with experimental measurements.
Specification(s): White_AGR_SEM_4005_C
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.505The system shall predict the behavior of the White_AGR_SEM_4005_D separate effects experiment and provide results that can be compared with experimental measurements.
Specification(s): White_AGR_SEM_4005_D
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.506The system shall predict the behavior of the White_AGR_SEM_4064_A separate effects experiment and provide results that can be compared with experimental measurements.
Specification(s): White_AGR_SEM_4064_A
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.507The system shall predict the behavior of the White_AGR_SEM_4064_B separate effects experiment and provide results that can be compared with experimental measurements.
Specification(s): White_AGR_SEM_4064_B
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.508The system shall predict the behavior of the White_AGR_SEM_4064_C separate effects experiment and provide results that can be compared with experimental measurements.
Specification(s): White_AGR_SEM_4064_C
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.509The system shall predict the behavior of the White_AGR_SEM_4064_D separate effects experiment and provide results that can be compared with experimental measurements.
Specification(s): White_AGR_SEM_4064_D
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.510The system shall predict the behavior of the White_AGR_SEM_4065_A separate effects experiment and provide results that can be compared with experimental measurements.
Specification(s): White_AGR_SEM_4065_A
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.511The system shall predict the behavior of the White_AGR_SEM_4065_B separate effects experiment and provide results that can be compared with experimental measurements.
Specification(s): White_AGR_SEM_4065_B
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.512The system shall predict the behavior of the White_AGR_SEM_4065_C separate effects experiment and provide results that can be compared with experimental measurements.
Specification(s): White_AGR_SEM_4065_C
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.513The system shall predict the behavior of the White_AGR_SEM_4065_D separate effects experiment and provide results that can be compared with experimental measurements.
Specification(s): White_AGR_SEM_4065_D
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.514The system shall predict the behavior of the White_AGR_SEM_4065_E separate effects experiment and provide results that can be compared with experimental measurements.
Specification(s): White_AGR_SEM_4065_E
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.515The system shall predict the behavior of the White_AGR_SEM_4135_A separate effects experiment and provide results that can be compared with experimental measurements.
Specification(s): White_AGR_SEM_4135_A
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.516The system shall predict the behavior of the White_AGR_SEM_4135_B separate effects experiment and provide results that can be compared with experimental measurements.
Specification(s): White_AGR_SEM_4135_B
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.517The system shall predict the behavior of the White_AGR_SEM_4135_C separate effects experiment and provide results that can be compared with experimental measurements.
Specification(s): White_AGR_SEM_4135_C
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.518The system shall predict the behavior of the White_AGR_SEM_4136_A separate effects experiment and provide results that can be compared with experimental measurements.
Specification(s): White_AGR_SEM_4136_A
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.519The system shall predict the behavior of the White_AGR_SEM_4136_B separate effects experiment and provide results that can be compared with experimental measurements.
Specification(s): White_AGR_SEM_4136_B
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.520The system shall predict the behavior of the White_AGR_SEM_4136_C separate effects experiment and provide results that can be compared with experimental measurements.
Specification(s): White_AGR_SEM_4136_C
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.521The system shall predict the behavior of the White_AGR_SEM_4136_D separate effects experiment and provide results that can be compared with experimental measurements.
Specification(s): White_AGR_SEM_4136_D
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.522The system shall predict the behavior of the White_AGR_SEM_4136_E separate effects experiment and provide results that can be compared with experimental measurements.
Specification(s): White_AGR_SEM_4136_E
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.523The system shall predict the behavior of the White_AGR_SEM_4140_A separate effects experiment and provide results that can be compared with experimental measurements.
Specification(s): White_AGR_SEM_4140_A
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.524The system shall predict the behavior of the White_AGR_SEM_4140_B separate effects experiment and provide results that can be compared with experimental measurements.
Specification(s): White_AGR_SEM_4140_B
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.525The system shall predict the behavior of the White_AGR_SEM_4140_C separate effects experiment and provide results that can be compared with experimental measurements.
Specification(s): White_AGR_SEM_4140_C
Design: Fission Gas Behavior Separate Effects Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fission Gas Behavior Separate Effects Experiments
- 18.180.526The system shall predict the behavior of the SuperRamp PK11 experiment and provide results that can be compared with experimental measurements.
Specification(s): PK11
Design: Super Ramp
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Super Ramp
- 18.180.528The system shall predict the behavior of the SuperRamp PK12 experiment and provide results that can be compared with experimental measurements.
Specification(s): PK12
Design: Super Ramp
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Super Ramp
- 18.180.530The system shall predict the behavior of the SuperRamp PK13 experiment and provide results that can be compared with experimental measurements.
Specification(s): PK13
Design: Super Ramp
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Super Ramp
- 18.180.532The system shall predict the behavior of the SuperRamp PK14 experiment and provide results that can be compared with experimental measurements.
Specification(s): PK14
Design: Super Ramp
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Super Ramp
- 18.180.534The system shall predict the behavior of the SuperRamp PK21 experiment and provide results that can be compared with experimental measurements.
Specification(s): PK21
Design: Super Ramp
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Super Ramp
- 18.180.536The system shall predict the behavior of the SuperRamp PK22 experiment and provide results that can be compared with experimental measurements.
Specification(s): PK22
Design: Super Ramp
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Super Ramp
- 18.180.538The system shall predict the behavior of the SuperRamp PK23 experiment and provide results that can be compared with experimental measurements.
Specification(s): PK23
Design: Super Ramp
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Super Ramp
- 18.180.540The system shall predict the behavior of the SuperRamp PK24 experiment and provide results that can be compared with experimental measurements.
Specification(s): PK24
Design: Super Ramp
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Super Ramp
- 18.180.542The system shall predict the behavior of the SuperRamp PK62 experiment and provide results that can be compared with experimental measurements.
Specification(s): PK62
Design: Super Ramp
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Super Ramp
- 18.180.546The system shall predict the behavior of the SuperRamp PK63 experiment and provide results that can be compared with experimental measurements.
Specification(s): PK63
Design: Super Ramp
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Super Ramp
- 18.180.548The system shall predict the behavior of the SuperRamp PK6S experiment and provide results that can be compared with experimental measurements.
Specification(s): PK6S
Design: Super Ramp
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Super Ramp
- 18.180.550The system shall predict the behavior of the Tribulation BN1X3 experiment and provide results that can be compared with experimental measurements.
Specification(s): BN1X3
Design: TRIBULATION BN1/3, BN1/4, and BN3/15
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: TRIBULATION BN1/3, BN1/4, and BN3/15
- 18.180.552The system shall predict the behavior of the Tribulation BN1X4 experiment and provide results that can be compared with experimental measurements.
Specification(s): BN1X4
Design: TRIBULATION BN1/3, BN1/4, and BN3/15
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: TRIBULATION BN1/3, BN1/4, and BN3/15
- 18.180.554The system shall predict the behavior of the Tribulation BN3X15 experiment and provide results that can be compared with experimental measurements.
Specification(s): BN3X15
Design: TRIBULATION BN1/3, BN1/4, and BN3/15
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: TRIBULATION BN1/3, BN1/4, and BN3/15
- 18.180.557The system shall predict the behavior of the US PWR 16x16 TSQ002 experiment and provide results that can be compared with experimental measurements.
Specification(s): TSQ002
Design: US PWR 16x16 Rods TSQ002 and TSQ022
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: US PWR 16x16 Rods TSQ002 and TSQ022
- 18.180.558The system shall predict the behavior of the US PWR 16x16 TSQ002 experiment in a 1.5D geometry and provide results that can be compared with experimental measurements.
Specification(s): TSQ002_1pt5
Design: US PWR 16x16 Rods TSQ002 and TSQ022
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: US PWR 16x16 Rods TSQ002 and TSQ022
- 18.180.559The system shall predict the behavior of the US PWR 16x16 TSQ002 experiment including a smeared cracking model and provide results that can be compared with experimental measurements.
Specification(s): TSQ002_cracking
Design: US PWR 16x16 Rods TSQ002 and TSQ022
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: US PWR 16x16 Rods TSQ002 and TSQ022
- 18.180.563The system shall predict the behavior of the US PWR 16x16 TSQ022 experiment and provide results that can be compared with experimental measurements.
Specification(s): TSQ022
Design: US PWR 16x16 Rods TSQ002 and TSQ022
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: US PWR 16x16 Rods TSQ002 and TSQ022
- 18.180.564The system shall predict the behavior of the US PWR 16x16 TSQ022 experiment in a 1.5D geometry and provide results that can be compared with experimental measurements.
Specification(s): TSQ022_1pt5
Design: US PWR 16x16 Rods TSQ002 and TSQ022
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: US PWR 16x16 Rods TSQ002 and TSQ022
- 18.181.1The system shall predict the behavior of the FFTF F0-2 L09 sample H experiment and provide results that can be compared with experimental measurements.
Specification(s): fftf_fo2_L09_master_sampleH
Design: FFTF FO-2 fuel pin L09
Issue(s): #1050
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: FFTF FO-2 fuel pin L09
- 18.181.2The system shall predict the behavior of the FFTF F0-2 L09 sample J experiment and provide results that can be compared with experimental measurements.
Specification(s): fftf_fo2_L09_master_sampleJ
Design: FFTF FO-2 fuel pin L09
Issue(s): #1050
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: FFTF FO-2 fuel pin L09
- 18.181.3The system shall predict the behavior of the FFTF F0-2 L09 sample L experiment and provide results that can be compared with experimental measurements.
Specification(s): fftf_fo2_L09_master_sampleL
Design: FFTF FO-2 fuel pin L09
Issue(s): #1050
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: FFTF FO-2 fuel pin L09
- 18.181.4The system shall predict the behavior of the FFTF F0-2 L09 experiment in a 2D-RZ geometry and provide results that can be compared with experimental measurements.
Specification(s): fftf_fo2_L09_master
Design: FFTF FO-2 fuel pin L09
Issue(s): #1050
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: FFTF FO-2 fuel pin L09
- 18.181.5The system shall predict the behavior of the FFTF F0-2 L09 experiment in a 2D-RZ geometry using the old grain boundary bubble limit model and provide results that can be compared with experimental measurements.
Specification(s): L09_2DRZ_old_bubble_gb_lim
Design: FFTF FO-2 fuel pin L09
Issue(s): #1050
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: FFTF FO-2 fuel pin L09
- 18.181.6The system shall predict the behavior of the FFTF F0-2 L09 experiment in a 2D-RZ geometry using the new grain boundary bubble limit model and provide results that can be compared with experimental measurements.
Specification(s): L09_2DRZ_new_bubble_gb_lim
Design: FFTF FO-2 fuel pin L09
Issue(s): #1050
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: FFTF FO-2 fuel pin L09
- 18.181.7The system shall predict the behavior of the FFTF F0-2 L09 experiment in a 2D-RZ geometry using the new grain boundary bubble limit model including a modified diffusion coefficient and provide results that can be compared with experimental measurements.
Specification(s): L09_2DRZ_new_bubble_gb_lim_DiffCoeff4
Design: FFTF FO-2 fuel pin L09
Issue(s): #1050
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: FFTF FO-2 fuel pin L09
- 18.181.8The system shall predict the behavior of the FFTF F0-2 L09 experiment in a 2D-RZ geometry using the new grain boundary bubble limit model including grain growth and provide results that can be compared with experimental measurements.
Specification(s): L09_2DRZ_new_bubble_gb_lim_grainGrowth
Design: FFTF FO-2 fuel pin L09
Issue(s): #1050
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: FFTF FO-2 fuel pin L09
- 18.181.9The system shall predict the behavior of the FFTF F0-2 L09 experiment in a 2D-RZ geometry using the new grain boundary bubble limit model using a modified diffusion coefficient and grain growth and provide results that can be compared with experimental measurements.
Specification(s): L09_2DRZ_new_bubble_gb_lim_DiffCoeff4_GrainGrowth
Design: FFTF FO-2 fuel pin L09
Issue(s): #1050
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: FFTF FO-2 fuel pin L09
- 18.181.19The system shall predict the behavior of JOYO B14 PTM001 sample 1 experiment and provide results that can be compared with experimental measurements.
Specification(s): b14_ptm001_1D_sample1
Design: JOYO B14 fuel pin PTM001
Issue(s): #1051
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: JOYO B14 fuel pin PTM001
- 18.181.20The system shall predict the behavior of JOYO B14 PTM001 sample 2 experiment and provide results that can be compared with experimental measurements.
Specification(s): b14_ptm001_1D_sample2
Design: JOYO B14 fuel pin PTM001
Issue(s): #1051
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: JOYO B14 fuel pin PTM001
- 18.181.21The system shall predict the behavior of JOYO B14 PTM001 sample 3 experiment and provide results that can be compared with experimental measurements.
Specification(s): b14_ptm001_1D_sample3
Design: JOYO B14 fuel pin PTM001
Issue(s): #1051
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: JOYO B14 fuel pin PTM001
- 18.181.22The system shall predict the behavior of JOYO B14 PTM001 sample 3 experiment with no americium and provide results that can be compared with experimental measurements.
Specification(s): b14_ptm001_1D_sample3_noAm
Design: JOYO B14 fuel pin PTM001
Issue(s): #1051
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: JOYO B14 fuel pin PTM001
- 18.181.23The system shall predict the behavior of JOYO B14 PTM001 experiment in a 2D-RZ geometry and provide results that can be compared with experimental measurements.
Specification(s): b14_ptm001_2DRZ_t
Design: JOYO B14 fuel pin PTM001
Issue(s): #1051
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: JOYO B14 fuel pin PTM001
- 18.181.29The system shall predict the behavior of JOYO B14 PTM002 sample 1 experiment and provide results that can be compared with experimental measurements.
Specification(s): b14_ptm002_1D_sample1
Design: JOYO B14 fuel pin PTM002
Issue(s): #1051
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: JOYO B14 fuel pin PTM002
- 18.181.30The system shall predict the behavior of JOYO B14 PTM002 sample 2 experiment and provide results that can be compared with experimental measurements.
Specification(s): b14_ptm002_1D_sample2
Design: JOYO B14 fuel pin PTM002
Issue(s): #1051
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: JOYO B14 fuel pin PTM002
- 18.181.31The system shall predict the behavior of JOYO B14 PTM002 experiment in a 2D-RZ geometry and provide results that can be compared with experimental measurements.
Specification(s): b14_ptm002_2DRZ_t
Design: JOYO B14 fuel pin PTM002
Issue(s): #1051
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: JOYO B14 fuel pin PTM002
- 18.181.32The system shall predict the behavior of JOYO B14 PTM002 experiment in an offset geometry and provide results that can be compared with experimental measurements.
Specification(s): b14_ptm002_p-15_percent
Design: JOYO B14 fuel pin PTM002
Issue(s): #1051
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: JOYO B14 fuel pin PTM002
- 18.181.33The system shall predict the behavior of JOYO B14 PTM002 experiment in an offset geometry including mechanics and provide results that can be compared with experimental measurements.
Specification(s): b14_ptm002_mechanics
Design: JOYO B14 fuel pin PTM002
Issue(s): #1051
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: JOYO B14 fuel pin PTM002
- 18.181.39The system shall predict the behavior of JOYO B14 PTM003 sample 1 experiment and provide results that can be compared with experimental measurements.
Specification(s): b14_ptm003_1D_sample1
Design: JOYO B14 fuel pin PTM003
Issue(s): #1051
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: JOYO B14 fuel pin PTM003
- 18.181.40The system shall predict the behavior of JOYO B14 PTM003 sample 2 experiment and provide results that can be compared with experimental measurements.
Specification(s): b14_ptm003_1D_sample2
Design: JOYO B14 fuel pin PTM003
Issue(s): #1051
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: JOYO B14 fuel pin PTM003
- 18.181.41The system shall predict the behavior of JOYO B14 PTM003 experiment in a 2D-RZ geometry and provide results that can be compared with experimental measurements.
Specification(s): b14_ptm003_2DRZ_t
Design: JOYO B14 fuel pin PTM003
Issue(s): #1051
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: JOYO B14 fuel pin PTM003
- 18.181.45The system shall predict the behavior of JOYO B14 PTM010 sample 1 experiment and provide results that can be compared with experimental measurements.
Specification(s): b14_ptm010_1D_sample1
Design: JOYO B14 fuel pin PTM010
Issue(s): #1051
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: JOYO B14 fuel pin PTM010
- 18.181.46The system shall predict the behavior of JOYO B14 PTM010 sample 2 experiment and provide results that can be compared with experimental measurements.
Specification(s): b14_ptm010_1D_sample2
Design: JOYO B14 fuel pin PTM010
Issue(s): #1051
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: JOYO B14 fuel pin PTM010
- 18.181.47The system shall predict the behavior of JOYO B14 PTM010 experiment in a 2D-RZ geometry and provide results that can be compared with experimental measurements.
Specification(s): b14_ptm010_2DRZ_t
Design: JOYO B14 fuel pin PTM010
Issue(s): #1051
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: JOYO B14 fuel pin PTM010
- 18.181.48The system shall predict the behavior of JOYO B14 PTM010 experiment in an offset geometry and provide results that can be compared with experimental measurements.
Specification(s): b14_ptm010_p-15_percent
Design: JOYO B14 fuel pin PTM010
Issue(s): #1051
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: JOYO B14 fuel pin PTM010
- 18.181.49The system shall predict the behavior of JOYO B14 PTM010 experiment in an offset geometry including mechanics and provide results that can be compared with experimental measurements.
Specification(s): b14_ptm010_mechanics
Design: JOYO B14 fuel pin PTM010
Issue(s): #1051
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: JOYO B14 fuel pin PTM010
- 18.181.55The system shall predict the behavior of MK-I 50MW experiment using the new grain boundary bubble limit model and provide results that can be compared with experimental measurements.
Specification(s): MK-I_50MW_master_new_bubble_gb_lim
Design: JOYO MK-I Core
Issue(s): #1049
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: JOYO MK-I Core
- 18.181.56The system shall predict the behavior of MK-I 50MW experiment using the old grain boundary bubble limit model and provide results that can be compared with experimental measurements.
Specification(s): MK-I_50MW_master_old_bubble_gb_lim
Design: JOYO MK-I Core
Issue(s): #1049
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: JOYO MK-I Core
- 18.181.57The system shall predict the behavior of MK-I 75MW experiment using the new grain boundary bubble limit model and provide results that can be compared with experimental measurements.
Specification(s): MK-I_75MW_master_new_bubble_gb_lim
Design: JOYO MK-I Core
Issue(s): #1049
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: JOYO MK-I Core
- 18.181.58The system shall predict the behavior of MK-I 75MW experiment using the old grain boundary bubble limit model and provide results that can be compared with experimental measurements.
Specification(s): MK-I_75MW_master_old_bubble_gb_lim
Design: JOYO MK-I Core
Issue(s): #1049
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: JOYO MK-I Core
- 18.181.63The system shall predict the behavior of MK-II experiment using the new grain boundary bubble limit model and provide results that can be compared with experimental measurements.
Specification(s): MK-II_master_new_bubble_gb_lim
Design: JOYO MK-II Core
Issue(s): #1047
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: JOYO MK-II Core
- 18.181.64The system shall predict the behavior of MK-II experiment using the old grain boundary bubble limit model and provide results that can be compared with experimental measurements.
Specification(s): MK-II_master_old_bubble_gb_lim
Design: JOYO MK-II Core
Issue(s): #1047
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: JOYO MK-II Core
- 18.182.1The system shall predict the behavior of the TRISO CRP-6 diffusion case 10 and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_10
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.3The system shall predict the behavior of the TRISO CRP-6 diffusion case 11 and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_11
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.5The system shall predict the behavior of the TRISO CRP-6 diffusion case 1a and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_1a
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.7The system shall predict the behavior of the TRISO CRP-6 diffusion case 1b and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_1b
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.9The system shall predict the behavior of the TRISO CRP-6 diffusion case 2a and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_2a
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.11The system shall predict the behavior of the TRISO CRP-6 diffusion case 2b and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_2b
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.13The system shall predict the behavior of the TRISO CRP-6 diffusion case 3a and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_3a
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.15The system shall predict the behavior of the TRISO CRP-6 diffusion case 3b and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_3b
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.17The system shall predict the behavior of the TRISO CRP-6 diffusion case 3c and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_3c
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.19The system shall predict the behavior of the TRISO CRP-6 diffusion case 3d and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_3d
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.21The system shall predict the behavior of the TRISO CRP-6 diffusion case 3e and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_3e
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.23The system shall predict the behavior of the TRISO CRP-6 diffusion case 4a and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_4a
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.25The system shall predict the behavior of the TRISO CRP-6 diffusion case 4b and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_4b
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.27The system shall predict the behavior of the TRISO CRP-6 diffusion case 4c and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_4c
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.29The system shall predict the behavior of the TRISO CRP-6 diffusion case 4d and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_4d
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.31The system shall predict the behavior of the TRISO CRP-6 diffusion case 5a and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_5a
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.33The system shall predict the behavior of the TRISO CRP-6 diffusion case 5b and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_5b
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.35The system shall predict the behavior of the TRISO CRP-6 diffusion case 6a and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_6a
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.37The system shall predict the behavior of the TRISO CRP-6 diffusion case 6b and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_6b
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.39The system shall predict the behavior of the TRISO CRP-6 diffusion case 7a and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_7a
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.41The system shall predict the behavior of the TRISO CRP-6 diffusion case 7b and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_7b
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.43The system shall predict the behavior of the TRISO CRP-6 diffusion case 8a and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_8a
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.45The system shall predict the behavior of the TRISO CRP-6 diffusion case 8b and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_8b
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.47The system shall predict the behavior of the TRISO CRP-6 diffusion case 9 and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_9
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.49The system shall predict the behavior of the TRISO CRP-6 fuel performance case 1 and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_1
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.50The system shall predict the behavior of the TRISO CRP-6 fuel performance case 10 and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_10
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.51The system shall predict the behavior of the TRISO CRP-6 fuel performance case 11 and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_11
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.52The system shall predict the behavior of the TRISO CRP-6 fuel performance case 12 and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_12
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.53The system shall predict the behavior of the TRISO CRP-6 fuel performance case 13 and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_13
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.54The system shall predict the behavior of the TRISO CRP-6 fuel performance case 2 and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_2
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.55The system shall predict the behavior of the TRISO CRP-6 fuel performance case 3 and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_3
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.56The system shall predict the behavior of the TRISO CRP-6 fuel performance case 4a and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_4a
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.57The system shall predict the behavior of the TRISO CRP-6 fuel performance case 4b and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_4b
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.58The system shall predict the behavior of the TRISO CRP-6 fuel performance case 4c and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_4c
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.59The system shall predict the behavior of the TRISO CRP-6 fuel performance case 4d and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_4d
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.60The system shall predict the behavior of the TRISO CRP-6 fuel performance case 5 and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_5
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.61The system shall predict the behavior of the TRISO CRP-6 fuel performance case 6 and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_6
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.62The system shall predict the behavior of the TRISO CRP-6 fuel performance case 7 and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_7
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.63The system shall predict the behavior of the TRISO CRP-6 fuel performance case 8 and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_8
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.64The system shall predict the behavior of the TRISO CRP-6 fuel performance case 9 and provide results that can be compared with experimental measurements or other codes.
Specification(s): case_9
Design: IAEA CRP-6
Issue(s): #733
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: IAEA CRP-6
- 18.182.65The system shall predict the behavior of AGR-1 experiment and provide results that can be compared with experimental measurements for
- Ag release in an intact particle,
- Cs and Sr release in an intact particle,
- Cs and Sr release in a failed particle,
- Ag release in an intact particle using the Nuclear Materials action,
- Cs and Sr release in an intact particle using the Nuclear Materials action, and
- Cs and Sr release in an failed particle using the Nuclear Materials action.
Specification(s): AGR_1/AGR_1_Intact_Ag, AGR_1/AGR_1_Intact_CsSr, AGR_1/AGR_1_Failed_CsSr, AGR_1/AGR_1_Intact_Ag_action, AGR_1/AGR_1_Intact_CsSr_action, AGR_1/AGR_1_Failed_CsSr_action
Design: AGR-1
Collection(s): FUNCTIONAL
Type(s): RunCommandCSVDiff
Validation: AGR-1
- 18.182.69The system shall predict the behavior of AGR-2 experiment and provide results that can be compared with experimental measurements for
- Ag release,
- Cs and Sr release in an intact particle,
- Cs and Sr release in a failed particle,
- Ag, Cs and Sr release in the safety case intact particle,
- Ag, Cs and Sr release in the safety case failed particle,
- Kr release in the safety case intact particle, and
- Kr release in the safety case failed particle.
Specification(s): AGR_2/Ag, AGR_2/Intact_CsSr, AGR_2/Failed_CsSr, AGR_2/Safety_Intact_AgCsSr, AGR_2/Safety_Failed_AgCsSr, AGR_2/Safety_Intact_Kr, AGR_2/Safety_Failed_Kr
Design: AGR-2
Collection(s): FUNCTIONAL
Type(s): RunCommandCSVDiff
Validation: AGR-2
- 18.182.72The system shall compute the Capsule #10 radial concentration profiles at the selected measurement locations for
- designed-to-fail (DTF) specified elements,
- specified elements,
- silver (Ag),
- cesium (Cs),
- strontium (Sr),
- Ag, Cs, and Sr, and
- compare to standard results.
Specification(s): Capsule10/DTF, Capsule10/driver, Capsule10/Ag, Capsule10/Cs, Capsule10/Sr, Capsule10/concentrations, Capsule10/concentrations_comparisons
Design: AGR-3/4
Collection(s): FUNCTIONAL
Type(s): CSVDiffRunCommand
Validation: AGR-3/4
- 18.182.73The system shall compute the Capsule #12 radial concentration profiles at the selected measurement locations for
- designed-to-fail (DTF) specified elements.
- specified elements,
- silver (Ag),
- cesium (Cs),
- strontium (Sr),
- Ag, Cs, and Sr, and
- compare to standard results.
Specification(s): Capsule12/DTF, Capsule12/driver, Capsule12/Ag, Capsule12/Cs, Capsule12/Sr, Capsule12/concentrations, Capsule12/concentrations_comparisons
Design: AGR-3/4
Collection(s): FUNCTIONAL
Type(s): CSVDiffRunCommand
Validation: AGR-3/4
- 18.182.74The system shall compute the Capsule #3 radial concentration profiles at the selected measurement locations for
- designed-to-fail (DTF) specified elements,
- specified elements,
- silver (Ag),
- cesium (Cs),
- strontium (Sr),
- Ag, Cs, and Sr, and
- compare to standard results.
Specification(s): Capsule3/DTF, Capsule3/driver, Capsule3/Ag, Capsule3/Cs, Capsule3/Sr, Capsule3/concentrations, Capsule3/concentrations_comparisons
Design: AGR-3/4
Collection(s): FUNCTIONAL
Type(s): CSVDiffRunCommand
Validation: AGR-3/4
- 18.182.75The system shall compute the Capsule #4 radial concentration profiles at the selected measurement locations for
- designed-to-fail (DTF) specified elements,
- specified elements,
- silver (Ag),
- cesium (Cs),
- strontium (Sr),
- Ag, Cs, and Sr, and
- compare to standard results.
Specification(s): Capsule4/DTF, Capsule4/driver, Capsule4/Ag, Capsule4/Cs, Capsule4/Sr, Capsule4/concentrations, Capsule4/concentrations_comparisons
Design: AGR-3/4
Collection(s): FUNCTIONAL
Type(s): CSVDiffRunCommand
Validation: AGR-3/4
- 18.182.76The system shall compute the Capsule #5 radial concentration profiles at the selected measurement locations for
- designed-to-fail (DTF) specified elements,
- specified elements,
- silver (Ag),
- cesium (Cs),
- strontium (Sr),
- Ag, Cs, and Sr, and
- compare to standard results.
Specification(s): Capsule5/DTF, Capsule5/driver, Capsule5/Ag, Capsule5/Cs, Capsule5/Sr, Capsule5/concentrations, Capsule5/concentrations_comparisons
Design: AGR-3/4
Collection(s): FUNCTIONAL
Type(s): CSVDiffRunCommand
Validation: AGR-3/4
- 18.182.77The system shall compute the Capsule #7 radial concentration profiles at the selected measurement locations for
- designed-to-fail (DTF) specified elements,
- specified elements,
- silver (Ag),
- cesium (Cs),
- strontium (Sr),
- Ag, Cs, and Sr, and
- compare to standard results.
Specification(s): Capsule7/DTF, Capsule7/driver, Capsule7/Ag, Capsule7/Cs, Capsule7/Sr, Capsule7/concentrations, Capsule7/concentrations_comparisons
Design: AGR-3/4
Collection(s): FUNCTIONAL
Type(s): CSVDiffRunCommand
Validation: AGR-3/4
- 18.182.78The system shall compute the Capsule #8 radial concentration profiles at the selected measurement locations for
- designed-to-fail (DTF) specified elements,
- specified elements,
- silver (Ag),
- cesium (Cs),
- strontium (Sr),
- Ag, Cs, and Sr, and
- compare to standard results.
Specification(s): Capsule8/DTF, Capsule8/driver, Capsule8/Ag, Capsule8/Cs, Capsule8/Sr, Capsule8/concentrations, Capsule8/concentrations_comparisons
Design: AGR-3/4
Collection(s): FUNCTIONAL
Type(s): CSVDiffRunCommand
Validation: AGR-3/4
- 18.182.79The system shall compute the compact release fractions under dtf(designed to fail) conditions for
- silver (Ag) for compact 1-1.
- silver (Ag) for compact 1-2.
- silver (Ag) for compact 1-3.
- silver (Ag) for compact 1-4.
- silver (Ag) for compact 3-1.
- silver (Ag) for compact 3-2.
- silver (Ag) for compact 3-3.
- silver (Ag) for compact 3-4.
- silver (Ag) for compact 4-1.
- silver (Ag) for compact 4-2.
- silver (Ag) for compact 4-3.
- silver (Ag) for compact 4-4.
- silver (Ag) for compact 5-1.
- silver (Ag) for compact 5-2.
- silver (Ag) for compact 5-3.
- silver (Ag) for compact 5-4.
- silver (Ag) for compact 7-1.
- silver (Ag) for compact 7-2.
- silver (Ag) for compact 7-3.
- silver (Ag) for compact 7-4.
- silver (Ag) for compact 8-1.
- silver (Ag) for compact 8-2.
- silver (Ag) for compact 8-3.
- silver (Ag) for compact 8-4.
- silver (Ag) for compact 10-1.
- silver (Ag) for compact 10-2.
- silver (Ag) for compact 10-3.
- silver (Ag) for compact 10-4.
- silver (Ag) for compact 12-1.
- silver (Ag) for compact 12-2.
- silver (Ag) for compact 12-3.
- silver (Ag) for compact 12-4.
Specification(s): AGR-34_dtf_Ag/AGR-34_dtf_compact_1-1, AGR-34_dtf_Ag/AGR-34_dtf_compact_1-2, AGR-34_dtf_Ag/AGR-34_dtf_compact_1-3, AGR-34_dtf_Ag/AGR-34_dtf_compact_1-4, AGR-34_dtf_Ag/AGR-34_dtf_compact_3-1, AGR-34_dtf_Ag/AGR-34_dtf_compact_3-2, AGR-34_dtf_Ag/AGR-34_dtf_compact_3-3, AGR-34_dtf_Ag/AGR-34_dtf_compact_3-4, AGR-34_dtf_Ag/AGR-34_dtf_compact_4-1, AGR-34_dtf_Ag/AGR-34_dtf_compact_4-2, AGR-34_dtf_Ag/AGR-34_dtf_compact_4-3, AGR-34_dtf_Ag/AGR-34_dtf_compact_4-4, AGR-34_dtf_Ag/AGR-34_dtf_compact_5-1, AGR-34_dtf_Ag/AGR-34_dtf_compact_5-2, AGR-34_dtf_Ag/AGR-34_dtf_compact_5-3, AGR-34_dtf_Ag/AGR-34_dtf_compact_5-4, AGR-34_dtf_Ag/AGR-34_dtf_compact_7-1, AGR-34_dtf_Ag/AGR-34_dtf_compact_7-2, AGR-34_dtf_Ag/AGR-34_dtf_compact_7-3, AGR-34_dtf_Ag/AGR-34_dtf_compact_7-4, AGR-34_dtf_Ag/AGR-34_dtf_compact_8-1, AGR-34_dtf_Ag/AGR-34_dtf_compact_8-2, AGR-34_dtf_Ag/AGR-34_dtf_compact_8-3, AGR-34_dtf_Ag/AGR-34_dtf_compact_8-4, AGR-34_dtf_Ag/AGR-34_dtf_compact_10-1, AGR-34_dtf_Ag/AGR-34_dtf_compact_10-2, AGR-34_dtf_Ag/AGR-34_dtf_compact_10-3, AGR-34_dtf_Ag/AGR-34_dtf_compact_10-4, AGR-34_dtf_Ag/AGR-34_dtf_compact_12-1, AGR-34_dtf_Ag/AGR-34_dtf_compact_12-2, AGR-34_dtf_Ag/AGR-34_dtf_compact_12-3, AGR-34_dtf_Ag/AGR-34_dtf_compact_12-4
Design: AGR-3/4
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: AGR-3/4
- 18.182.80The system shall report when all the AGR-34 designed to fail compact simulations have completed for Ag release fraction comparisons.
Specification(s): All_AGR-34_dtf_done
Design: AGR-3/4
Collection(s): FUNCTIONAL
Type(s): RunCommand
Validation: AGR-3/4
- 18.182.81The system shall compute the compact release fractions for
- silver (Ag) for compact 1-1.
- silver (Ag) for compact 1-2.
- silver (Ag) for compact 1-3.
- silver (Ag) for compact 1-4.
- silver (Ag) for compact 3-1.
- silver (Ag) for compact 3-2.
- silver (Ag) for compact 3-3.
- silver (Ag) for compact 3-4.
- silver (Ag) for compact 4-1.
- silver (Ag) for compact 4-2.
- silver (Ag) for compact 4-3.
- silver (Ag) for compact 4-4.
- silver (Ag) for compact 5-1.
- silver (Ag) for compact 5-2.
- silver (Ag) for compact 5-3.
- silver (Ag) for compact 5-4.
- silver (Ag) for compact 7-1.
- silver (Ag) for compact 7-2.
- silver (Ag) for compact 7-3.
- silver (Ag) for compact 7-4.
- silver (Ag) for compact 8-1.
- silver (Ag) for compact 8-2.
- silver (Ag) for compact 8-3.
- silver (Ag) for compact 8-4.
- silver (Ag) for compact 10-1.
- silver (Ag) for compact 10-2.
- silver (Ag) for compact 10-3.
- silver (Ag) for compact 10-4.
- silver (Ag) for compact 12-1.
- silver (Ag) for compact 12-2.
- silver (Ag) for compact 12-3.
- silver (Ag) for compact 12-4.
Specification(s): AGR-34_driver_Ag/AGR-34_driver_compact_1-1, AGR-34_driver_Ag/AGR-34_driver_compact_1-2, AGR-34_driver_Ag/AGR-34_driver_compact_1-3, AGR-34_driver_Ag/AGR-34_driver_compact_1-4, AGR-34_driver_Ag/AGR-34_driver_compact_3-1, AGR-34_driver_Ag/AGR-34_driver_compact_3-2, AGR-34_driver_Ag/AGR-34_driver_compact_3-3, AGR-34_driver_Ag/AGR-34_driver_compact_3-4, AGR-34_driver_Ag/AGR-34_driver_compact_4-1, AGR-34_driver_Ag/AGR-34_driver_compact_4-2, AGR-34_driver_Ag/AGR-34_driver_compact_4-3, AGR-34_driver_Ag/AGR-34_driver_compact_4-4, AGR-34_driver_Ag/AGR-34_driver_compact_5-1, AGR-34_driver_Ag/AGR-34_driver_compact_5-2, AGR-34_driver_Ag/AGR-34_driver_compact_5-3, AGR-34_driver_Ag/AGR-34_driver_compact_5-4, AGR-34_driver_Ag/AGR-34_driver_compact_7-1, AGR-34_driver_Ag/AGR-34_driver_compact_7-2, AGR-34_driver_Ag/AGR-34_driver_compact_7-3, AGR-34_driver_Ag/AGR-34_driver_compact_7-4, AGR-34_driver_Ag/AGR-34_driver_compact_8-1, AGR-34_driver_Ag/AGR-34_driver_compact_8-2, AGR-34_driver_Ag/AGR-34_driver_compact_8-3, AGR-34_driver_Ag/AGR-34_driver_compact_8-4, AGR-34_driver_Ag/AGR-34_driver_compact_10-1, AGR-34_driver_Ag/AGR-34_driver_compact_10-2, AGR-34_driver_Ag/AGR-34_driver_compact_10-3, AGR-34_driver_Ag/AGR-34_driver_compact_10-4, AGR-34_driver_Ag/AGR-34_driver_compact_12-1, AGR-34_driver_Ag/AGR-34_driver_compact_12-2, AGR-34_driver_Ag/AGR-34_driver_compact_12-3, AGR-34_driver_Ag/AGR-34_driver_compact_12-4
Design: AGR-3/4
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: AGR-3/4
- 18.182.82The system shall report when all the AGR-34 driver compact simulations have completed for Ag release fraction comparisons.
Specification(s): All_AGR-34_driver_done
Design: AGR-3/4
Collection(s): FUNCTIONAL
Type(s): RunCommand
Validation: AGR-3/4
- 18.182.83The system shall check if the individual compact simulations have completed for comparisons of Ag release fractions.
Specification(s): AGR-34_compacts_combined_driver_dtf
Design: AGR-3/4
Collection(s): FUNCTIONAL
Type(s): RunCommand
Validation: AGR-3/4
- 18.182.84The system shall report the AGR-34 combined compact release fraction comparisons for Ag, Cs, and Sr.
Specification(s): AGR-34_compacts_combined_comparisons
Design: AGR-3/4
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: AGR-3/4
- 18.182.85The system shall compute the compact release fractions under dtf(designed to fail) conditions for
- cesium (Cs) for compact 1-1.
- cesium (Cs) for compact 1-2.
- cesium (Cs) for compact 1-3.
- cesium (Cs) for compact 1-4.
- cesium (Cs) for compact 3-1.
- cesium (Cs) for compact 3-2.
- cesium (Cs) for compact 3-3.
- cesium (Cs) for compact 3-4.
- cesium (Cs) for compact 4-1.
- cesium (Cs) for compact 4-2.
- cesium (Cs) for compact 4-3.
- cesium (Cs) for compact 4-4.
- cesium (Cs) for compact 5-1.
- cesium (Cs) for compact 5-2.
- cesium (Cs) for compact 5-3.
- cesium (Cs) for compact 5-4.
- cesium (Cs) for compact 7-1.
- cesium (Cs) for compact 7-2.
- cesium (Cs) for compact 7-3.
- cesium (Cs) for compact 7-4.
- cesium (Cs) for compact 8-1.
- cesium (Cs) for compact 8-2.
- cesium (Cs) for compact 8-3.
- cesium (Cs) for compact 8-4.
- cesium (Cs) for compact 10-1.
- cesium (Cs) for compact 10-2.
- cesium (Cs) for compact 10-3.
- cesium (Cs) for compact 10-4.
- cesium (Cs) for compact 12-1.
- cesium (Cs) for compact 12-2.
- cesium (Cs) for compact 12-3.
- cesium (Cs) for compact 12-4.
Specification(s): AGR-34_dtf_Cs/AGR-34_dtf_compact_1-1, AGR-34_dtf_Cs/AGR-34_dtf_compact_1-2, AGR-34_dtf_Cs/AGR-34_dtf_compact_1-3, AGR-34_dtf_Cs/AGR-34_dtf_compact_1-4, AGR-34_dtf_Cs/AGR-34_dtf_compact_3-1, AGR-34_dtf_Cs/AGR-34_dtf_compact_3-2, AGR-34_dtf_Cs/AGR-34_dtf_compact_3-3, AGR-34_dtf_Cs/AGR-34_dtf_compact_3-4, AGR-34_dtf_Cs/AGR-34_dtf_compact_4-1, AGR-34_dtf_Cs/AGR-34_dtf_compact_4-2, AGR-34_dtf_Cs/AGR-34_dtf_compact_4-3, AGR-34_dtf_Cs/AGR-34_dtf_compact_4-4, AGR-34_dtf_Cs/AGR-34_dtf_compact_5-1, AGR-34_dtf_Cs/AGR-34_dtf_compact_5-2, AGR-34_dtf_Cs/AGR-34_dtf_compact_5-3, AGR-34_dtf_Cs/AGR-34_dtf_compact_5-4, AGR-34_dtf_Cs/AGR-34_dtf_compact_7-1, AGR-34_dtf_Cs/AGR-34_dtf_compact_7-2, AGR-34_dtf_Cs/AGR-34_dtf_compact_7-3, AGR-34_dtf_Cs/AGR-34_dtf_compact_7-4, AGR-34_dtf_Cs/AGR-34_dtf_compact_8-1, AGR-34_dtf_Cs/AGR-34_dtf_compact_8-2, AGR-34_dtf_Cs/AGR-34_dtf_compact_8-3, AGR-34_dtf_Cs/AGR-34_dtf_compact_8-4, AGR-34_dtf_Cs/AGR-34_dtf_compact_10-1, AGR-34_dtf_Cs/AGR-34_dtf_compact_10-2, AGR-34_dtf_Cs/AGR-34_dtf_compact_10-3, AGR-34_dtf_Cs/AGR-34_dtf_compact_10-4, AGR-34_dtf_Cs/AGR-34_dtf_compact_12-1, AGR-34_dtf_Cs/AGR-34_dtf_compact_12-2, AGR-34_dtf_Cs/AGR-34_dtf_compact_12-3, AGR-34_dtf_Cs/AGR-34_dtf_compact_12-4
Design: AGR-3/4
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: AGR-3/4
- 18.182.86The system shall report when all the AGR-34 designed to fail compact simulations have completed for Cs release fraction comparisons.
Specification(s): All_AGR-34_dtf_done
Design: AGR-3/4
Collection(s): FUNCTIONAL
Type(s): RunCommand
Validation: AGR-3/4
- 18.182.87The system shall compute the compact release fractions for
- cesium (Cs) for compact 1-1.
- cesium (Cs) for compact 1-2.
- cesium (Cs) for compact 1-3.
- cesium (Cs) for compact 1-4.
- cesium (Cs) for compact 3-1.
- cesium (Cs) for compact 3-2.
- cesium (Cs) for compact 3-3.
- cesium (Cs) for compact 3-4.
- cesium (Cs) for compact 4-1.
- cesium (Cs) for compact 4-2.
- cesium (Cs) for compact 4-3.
- cesium (Cs) for compact 4-4.
- cesium (Cs) for compact 5-1.
- cesium (Cs) for compact 5-2.
- cesium (Cs) for compact 5-3.
- cesium (Cs) for compact 5-4.
- cesium (Cs) for compacct 7-1.
- cesium (Cs) for compact 7-2.
- cesium (Cs) for compact 7-3.
- cesium (Cs) for compact 7-4.
- cesium (Cs) for compact 8-1.
- cesium (Cs) for compact 8-2.
- cesium (Cs) for compact 8-3.
- cesium (Cs) for compact 8-4.
- cesium (Cs) for compact 10-1.
- cesium (Cs) for compact 10-2.
- cesium (Cs) for compact 10-3.
- cesium (Cs) for compact 10-4.
- cesium (Cs) for compact 12-1.
- cesium (Cs) for compact 12-2.
- cesium (Cs) for compact 12-3.
- cesium (Cs) for compact 12-4.
Specification(s): AGR-34_driver_Cs/AGR-34_driver_compact_1-1, AGR-34_driver_Cs/AGR-34_driver_compact_1-2, AGR-34_driver_Cs/AGR-34_driver_compact_1-3, AGR-34_driver_Cs/AGR-34_driver_compact_1-4, AGR-34_driver_Cs/AGR-34_driver_compact_3-1, AGR-34_driver_Cs/AGR-34_driver_compact_3-2, AGR-34_driver_Cs/AGR-34_driver_compact_3-3, AGR-34_driver_Cs/AGR-34_driver_compact_3-4, AGR-34_driver_Cs/AGR-34_driver_compact_4-1, AGR-34_driver_Cs/AGR-34_driver_compact_4-2, AGR-34_driver_Cs/AGR-34_driver_compact_4-3, AGR-34_driver_Cs/AGR-34_driver_compact_4-4, AGR-34_driver_Cs/AGR-34_driver_compact_5-1, AGR-34_driver_Cs/AGR-34_driver_compact_5-2, AGR-34_driver_Cs/AGR-34_driver_compact_5-3, AGR-34_driver_Cs/AGR-34_driver_compact_5-4, AGR-34_driver_Cs/AGR-34_driver_compact_7-1, AGR-34_driver_Cs/AGR-34_driver_compact_7-2, AGR-34_driver_Cs/AGR-34_driver_compact_7-3, AGR-34_driver_Cs/AGR-34_driver_compact_7-4, AGR-34_driver_Cs/AGR-34_driver_compact_8-1, AGR-34_driver_Cs/AGR-34_driver_compact_8-2, AGR-34_driver_Cs/AGR-34_driver_compact_8-3, AGR-34_driver_Cs/AGR-34_driver_compact_8-4, AGR-34_driver_Cs/AGR-34_driver_compact_10-1, AGR-34_driver_Cs/AGR-34_driver_compact_10-2, AGR-34_driver_Cs/AGR-34_driver_compact_10-3, AGR-34_driver_Cs/AGR-34_driver_compact_10-4, AGR-34_driver_Cs/AGR-34_driver_compact_12-1, AGR-34_driver_Cs/AGR-34_driver_compact_12-2, AGR-34_driver_Cs/AGR-34_driver_compact_12-3, AGR-34_driver_Cs/AGR-34_driver_compact_12-4
Design: AGR-3/4
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: AGR-3/4
- 18.182.88The system shall report when all the AGR-34 driver simulations have completed for Cs release fraction comparisons.
Specification(s): All_AGR-34_driver_done_Cs
Design: AGR-3/4
Collection(s): FUNCTIONAL
Type(s): RunCommand
Validation: AGR-3/4
- 18.182.89The system shall check if the individual compact simulations have completed for comparisons of Cs release fractions.
Specification(s): AGR-34_compacts_combined_driver_dtf_Cs
Design: AGR-3/4
Collection(s): FUNCTIONAL
Type(s): RunCommand
Validation: AGR-3/4
- 18.182.90The system shall report the AGR-34 combined compact Cs release fraction comparisons.
Specification(s): AGR-34_compacts_combined_comparisons_Cs
Design: AGR-3/4
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: AGR-3/4
- 18.182.91The system shall compute the compact release fractions under dtf(designed to fail) conditions for
- strontium (Sr) for compact 1-1.
- strontium (Sr) for compact 1-2.
- strontium (Sr) for compact 1-3.
- strontium (Sr) for compact 1-4.
- strontium (Sr) for compact 3-1.
- strontium (Sr) for compact 3-2.
- strontium (Sr) for compact 3-3.
- strontium (Sr) for compact 3-4.
- strontium (Sr) for compact 4-1.
- strontium (Sr) for compact 4-2.
- strontium (Sr) for compact 4-3.
- strontium (Sr) for compact 4-4.
- strontium (Sr) for compact 5-1.
- strontium (Sr) for compact 5-2.
- strontium (Sr) for compact 5-3.
- strontium (Sr) for compact 5-4.
- strontium (Sr) for compact 7-1.
- strontium (Sr) for compact 7-2.
- strontium (Sr) for compact 7-3.
- strontium (Sr) for compact 7-4.
- strontium (Sr) for compact 8-1.
- strontium (Sr) for compact 8-2.
- strontium (Sr) for compact 8-3.
- strontium (Sr) for compact 8-4.
- strontium (Sr) for compact 10-1.
- strontium (Sr) for compact 10-2.
- strontium (Sr) for compact 10-3.
- strontium (Sr) for compact 10-4.
- strontium (Sr) for compact 12-1.
- strontium (Sr) for compact 12-2.
- strontium (Sr) for compact 12-3.
- strontium (Sr) for compact 12-4.
Specification(s): AGR-34_dtf_Sr/AGR-34_dtf_compact_1-1, AGR-34_dtf_Sr/AGR-34_dtf_compact_1-2, AGR-34_dtf_Sr/AGR-34_dtf_compact_1-3, AGR-34_dtf_Sr/AGR-34_dtf_compact_1-4, AGR-34_dtf_Sr/AGR-34_dtf_compact_3-1, AGR-34_dtf_Sr/AGR-34_dtf_compact_3-2, AGR-34_dtf_Sr/AGR-34_dtf_compact_3-3, AGR-34_dtf_Sr/AGR-34_dtf_compact_3-4, AGR-34_dtf_Sr/AGR-34_dtf_compact_4-1, AGR-34_dtf_Sr/AGR-34_dtf_compact_4-2, AGR-34_dtf_Sr/AGR-34_dtf_compact_4-3, AGR-34_dtf_Sr/AGR-34_dtf_compact_4-4, AGR-34_dtf_Sr/AGR-34_dtf_compact_5-1, AGR-34_dtf_Sr/AGR-34_dtf_compact_5-2, AGR-34_dtf_Sr/AGR-34_dtf_compact_5-3, AGR-34_dtf_Sr/AGR-34_dtf_compact_5-4, AGR-34_dtf_Sr/AGR-34_dtf_compact_7-1, AGR-34_dtf_Sr/AGR-34_dtf_compact_7-2, AGR-34_dtf_Sr/AGR-34_dtf_compact_7-3, AGR-34_dtf_Sr/AGR-34_dtf_compact_7-4, AGR-34_dtf_Sr/AGR-34_dtf_compact_8-1, AGR-34_dtf_Sr/AGR-34_dtf_compact_8-2, AGR-34_dtf_Sr/AGR-34_dtf_compact_8-3, AGR-34_dtf_Sr/AGR-34_dtf_compact_8-4, AGR-34_dtf_Sr/AGR-34_dtf_compact_10-1, AGR-34_dtf_Sr/AGR-34_dtf_compact_10-2, AGR-34_dtf_Sr/AGR-34_dtf_compact_10-3, AGR-34_dtf_Sr/AGR-34_dtf_compact_10-4, AGR-34_dtf_Sr/AGR-34_dtf_compact_12-1, AGR-34_dtf_Sr/AGR-34_dtf_compact_12-2, AGR-34_dtf_Sr/AGR-34_dtf_compact_12-3, AGR-34_dtf_Sr/AGR-34_dtf_compact_12-4
Design: AGR-3/4
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: AGR-3/4
- 18.182.92The system shall report when all the AGR-34 designed to fail compact simulations have completed for Sr release fraction comparisons.
Specification(s): All_AGR-34_dtf_done
Design: AGR-3/4
Collection(s): FUNCTIONAL
Type(s): RunCommand
Validation: AGR-3/4
- 18.182.93The system shall compute the compact release fractions for
- strontium (Sr) for compact 1-1.
- strontium (Sr) for compact 1-2.
- strontium (Sr) for compact 1-3.
- strontium (Sr) for compact 1-4.
- strontium (Sr) for compact 3-1.
- strontium (Sr) for compact 3-2.
- strontium (Sr) for compact 3-3.
- strontium (Sr) for compact 3-4.
- strontium (Sr) for compact 4-1.
- strontium (Sr) for compact 4-2.
- strontium (Sr) for compact 4-3.
- strontium (Sr) for compact 4-4.
- strontium (Sr) for compact 5-1.
- strontium (Sr) for compact 5-2.
- strontium (Sr) for compact 5-3.
- strontium (Sr) for compact 5-4.
- strontium (Sr) for compact 7-1.
- strontium (Sr) for compact 7-2.
- strontium (Sr) for compact 7-3.
- strontium (Sr) for compact 7-4.
- strontium (Sr) for compact 8-1.
- strontium (Sr) fro compact 8-2.
- strontium (Sr) for compact 8-3.
- strontium (Sr) for compact 8-4.
- strontium (Sr) for compact 10-1.
- strontium (Sr) for compact 10-2.
- strontium (Sr) for compact 10-3.
- strontium (Sr) for compact 10-4.
- strontium (Sr) for compact 12-1.
- strontium (Sr) for compact 12-2.
- strontium (Sr) for compact 12-3.
- strontium (Sr) for compact 12-4.
Specification(s): AGR-34_driver_Sr/AGR-34_driver_compact_1-1, AGR-34_driver_Sr/AGR-34_driver_compact_1-2, AGR-34_driver_Sr/AGR-34_driver_compact_1-3, AGR-34_driver_Sr/AGR-34_driver_compact_1-4, AGR-34_driver_Sr/AGR-34_driver_compact_3-1, AGR-34_driver_Sr/AGR-34_driver_compact_3-2, AGR-34_driver_Sr/AGR-34_driver_compact_3-3, AGR-34_driver_Sr/AGR-34_driver_compact_3-4, AGR-34_driver_Sr/AGR-34_driver_compact_4-1, AGR-34_driver_Sr/AGR-34_driver_compact_4-2, AGR-34_driver_Sr/AGR-34_driver_compact_4-3, AGR-34_driver_Sr/AGR-34_driver_compact_4-4, AGR-34_driver_Sr/AGR-34_driver_compact_5-1, AGR-34_driver_Sr/AGR-34_driver_compact_5-2, AGR-34_driver_Sr/AGR-34_driver_compact_5-3, AGR-34_driver_Sr/AGR-34_driver_compact_5-4, AGR-34_driver_Sr/AGR-34_driver_compact_7-1, AGR-34_driver_Sr/AGR-34_driver_compact_7-2, AGR-34_driver_Sr/AGR-34_driver_compact_7-3, AGR-34_driver_Sr/AGR-34_driver_compact_7-4, AGR-34_driver_Sr/AGR-34_driver_compact_8-1, AGR-34_driver_Sr/AGR-34_driver_compact_8-2, AGR-34_driver_Sr/AGR-34_driver_compact_8-3, AGR-34_driver_Sr/AGR-34_driver_compact_8-4, AGR-34_driver_Sr/AGR-34_driver_compact_10-1, AGR-34_driver_Sr/AGR-34_driver_compact_10-2, AGR-34_driver_Sr/AGR-34_driver_compact_10-3, AGR-34_driver_Sr/AGR-34_driver_compact_10-4, AGR-34_driver_Sr/AGR-34_driver_compact_12-1, AGR-34_driver_Sr/AGR-34_driver_compact_12-2, AGR-34_driver_Sr/AGR-34_driver_compact_12-3, AGR-34_driver_Sr/AGR-34_driver_compact_12-4
Design: AGR-3/4
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: AGR-3/4
- 18.182.94The system shall report when all the AGR-34 driver compact simulations have completed for release fraction comparisons.
Specification(s): All_AGR-34_driver_done_Sr
Design: AGR-3/4
Collection(s): FUNCTIONAL
Type(s): RunCommand
Validation: AGR-3/4
- 18.182.95The system shall check if the individual compact simulations have completed for comparisons of Sr release fractions.
Specification(s): AGR-34_compacts_combined_driver_dtf_Sr
Design: AGR-3/4
Collection(s): FUNCTIONAL
Type(s): RunCommand
Validation: AGR-3/4
- 18.182.96The system shall report the AGR-34 combined compact Sr release fraction comparisons.
Specification(s): AGR-34_compacts_combined_comparisons_Sr
Design: AGR-3/4
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: AGR-3/4
- 18.183.1The system shall predict the behavior of the WSA32 experiment and provide results that can be compared with experimental measurements.
Specification(s): wsa32
Design: EBR-II WSA-32 Experiment
Issue(s): #1140
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II WSA-32 Experiment
- 18.184.33The system shall predict the behavior of the X423 T319 experiment with the VP model set and provide results that can be compared with experimental measurements.
Specification(s): x423_t319_vp
Design: EBR-II X423 Experiment
Issue(s): #1672
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X423 Experiment
- 18.184.34The system shall predict the behavior of the X423 T319 experiment with the LM model set and provide results that can be compared with experimental measurements.
Specification(s): x423_t319_lm
Design: EBR-II X423 Experiment
Issue(s): #1672
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X423 Experiment
- 18.184.121The system shall generate the X430 assessment input files prior to running.
Specification(s): X430_assessment_files
Design: EBR-II X430 Experiment Series
Collection(s): FUNCTIONAL
Type(s): RunCommand
Validation: EBR-II X430 Experiment Series
- 18.184.122The system shall predict the behavior of the X430 T651 experiment and provide results that can be compared with experimental measurements.
Specification(s): X430_T651
Design: EBR-II X430 Experiment Series
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X430 Experiment Series
- 18.184.123The system shall predict the behavior of the X430 T654 experiment and provide results that can be compared with experimental measurements.
Specification(s): X430_T654
Design: EBR-II X430 Experiment Series
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X430 Experiment Series
- 18.184.128The system shall predict the behavior of the X441 group A case and provide results that can be compared with experimental measurements.
Specification(s): x441_grp_A
Design: EBR-II X441 Experiment
Issue(s): #872
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X441 Experiment
- 18.184.129The system shall predict the behavior of the X441 group A case using the Nuclear Materials action and provide results that can be compared with experimental measurements.
Specification(s): x441_grp_A_action
Design: EBR-II X441 Experiment
Issue(s): #872
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X441 Experiment
- 18.184.130The system shall predict the behavior of the X441 group A case using the legacy swelling model and provide results that can be compared with experimental measurements.
Specification(s): x441_leg_A
Design: EBR-II X441 Experiment
Issue(s): #872
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X441 Experiment
- 18.184.131The system shall predict the behavior of the X441 group A case in a 1.5D geometry and provide results that can be compared with experimental measurements.
Specification(s): x441_1_5D_A
Design: EBR-II X441 Experiment
Issue(s): #872
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X441 Experiment
- 18.184.133The system shall predict the behavior of the X441 group B case and provide results that can be compared with experimental measurements.
Specification(s): x441_grp_B
Design: EBR-II X441 Experiment
Issue(s): #872
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X441 Experiment
- 18.184.134The system shall predict the behavior of the X441 group B case using the legacy swelling model and provide results that can be compared with experimental measurements.
Specification(s): x441_leg_B
Design: EBR-II X441 Experiment
Issue(s): #872
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X441 Experiment
- 18.184.135The system shall predict the behavior of the X441 group B case in a 1.5D geometry and provide results that can be compared with experimental measurements.
Specification(s): x441_1_5D_B
Design: EBR-II X441 Experiment
Issue(s): #872
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X441 Experiment
- 18.184.137The system shall predict the behavior of the X441 group C case and provide results that can be compared with experimental measurements.
Specification(s): x441_grp_C
Design: EBR-II X441 Experiment
Issue(s): #872
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X441 Experiment
- 18.184.138The system shall predict the behavior of the X441 group C case using the legacy swelling model and provide results that can be compared with experimental measurements.
Specification(s): x441_leg_C
Design: EBR-II X441 Experiment
Issue(s): #872
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X441 Experiment
- 18.184.139The system shall predict the behavior of the X441 group C case in a 1.5D geometry and provide results that can be compared with experimental measurements.
Specification(s): x441_1_5D_C
Design: EBR-II X441 Experiment
Issue(s): #872
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X441 Experiment
- 18.184.141The system shall predict the behavior of the X441 group D case and provide results that can be compared with experimental measurements.
Specification(s): x441_grp_D
Design: EBR-II X441 Experiment
Issue(s): #872
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X441 Experiment
- 18.184.142The system shall predict the behavior of the X441 group D case using the legacy swelling model and provide results that can be compared with experimental measurements.
Specification(s): x441_leg_D
Design: EBR-II X441 Experiment
Issue(s): #872
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X441 Experiment
- 18.184.143The system shall predict the behavior of the X441 group D case in a 1.5D geometry and provide results that can be compared with experimental measurements.
Specification(s): x441_1_5D_D
Design: EBR-II X441 Experiment
Issue(s): #872
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X441 Experiment
- 18.184.145The system shall predict the behavior of the X441 group E case and provide results that can be compared with experimental measurements.
Specification(s): x441_grp_E
Design: EBR-II X441 Experiment
Issue(s): #872
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X441 Experiment
- 18.184.146The system shall predict the behavior of the X441 group E case using the legacy swelling model and provide results that can be compared with experimental measurements.
Specification(s): x441_leg_E
Design: EBR-II X441 Experiment
Issue(s): #872
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X441 Experiment
- 18.184.147The system shall predict the behavior of the X441 group E case in a 1.5D geometry and provide results that can be compared with experimental measurements.
Specification(s): x441_1_5D_E
Design: EBR-II X441 Experiment
Issue(s): #872
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X441 Experiment
- 18.184.149The system shall predict the behavior of the X441 group F case and provide results that can be compared with experimental measurements.
Specification(s): x441_grp_F
Design: EBR-II X441 Experiment
Issue(s): #872
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X441 Experiment
- 18.184.150The system shall predict the behavior of the X441 group F case using the legacy swelling model and provide results that can be compared with experimental measurements.
Specification(s): x441_leg_F
Design: EBR-II X441 Experiment
Issue(s): #872
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X441 Experiment
- 18.184.151The system shall predict the behavior of the X441 group F case in a 1.5D geometry and provide results that can be compared with experimental measurements.
Specification(s): x441_1_5D_F
Design: EBR-II X441 Experiment
Issue(s): #872
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X441 Experiment
- 18.184.153The system shall predict the behavior of the X441 group G case and provide results that can be compared with experimental measurements.
Specification(s): x441_grp_G
Design: EBR-II X441 Experiment
Issue(s): #872
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X441 Experiment
- 18.184.154The system shall predict the behavior of the X441 group G case using the legacy swelling model and provide results that can be compared with experimental measurements.
Specification(s): x441_leg_G
Design: EBR-II X441 Experiment
Issue(s): #872
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X441 Experiment
- 18.184.155The system shall predict the behavior of the X441 group G case in a 1.5D geometry and provide results that can be compared with experimental measurements.
Specification(s): x441_1_5D_G
Design: EBR-II X441 Experiment
Issue(s): #872
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X441 Experiment
- 18.184.157The system shall predict the behavior of the X441 group H case and provide results that can be compared with experimental measurements.
Specification(s): x441_grp_H
Design: EBR-II X441 Experiment
Issue(s): #872
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X441 Experiment
- 18.184.158The system shall predict the behavior of the X441 group H case using the legacy swelling model and provide results that can be compared with experimental measurements.
Specification(s): x441_leg_H
Design: EBR-II X441 Experiment
Issue(s): #872
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X441 Experiment
- 18.184.159The system shall predict the behavior of the X441 group H case in a 1.5D geometry and provide results that can be compared with experimental measurements.
Specification(s): x441_1_5D_H
Design: EBR-II X441 Experiment
Issue(s): #872
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X441 Experiment
- 18.184.161The system shall predict the behavior of the X447 DP02 experiment using the BISON-FIPD integration tools with enhanced AD and Mortar features and provide results that can be compared with experimental measurements.
Specification(s): x447_enh_dp02
Design: EBR-II X447 Experiment
Issue(s): #5580
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X447 Experiment
- 18.184.163The system shall predict the behavior of the X447 DP04 experiment using the BISON-FIPD integration tools with enhanced AD and Mortar features and provide results that can be compared with experimental measurements.
Specification(s): x447_enh_dp04
Design: EBR-II X447 Experiment
Issue(s): #5580
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X447 Experiment
- 18.184.165The system shall predict the behavior of the X447 DP07 experiment using the BISON-FIPD integration tools with enhanced AD and Mortar features and provide results that can be compared with experimental measurements.
Specification(s): x447_enh_dp07
Design: EBR-II X447 Experiment
Issue(s): #5580
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X447 Experiment
- 18.184.167The system shall predict the behavior of the X447 DP09 experiment using the BISON-FIPD integration tools with enhanced AD and Mortar features and provide results that can be compared with experimental measurements.
Specification(s): x447_enh_dp09
Design: EBR-II X447 Experiment
Issue(s): #5580
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X447 Experiment
- 18.184.169The system shall predict the behavior of the X447 DP10 experiment using the BISON-FIPD integration tools with enhanced AD and Mortar features and provide results that can be compared with experimental measurements.
Specification(s): x447_enh_dp10
Design: EBR-II X447 Experiment
Issue(s): #5580
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X447 Experiment
- 18.184.171The system shall predict the behavior of the X447 DP11 experiment using the BISON-FIPD integration tools with enhanced AD and Mortar features and provide results that can be compared with experimental measurements.
Specification(s): x447_enh_dp11
Design: EBR-II X447 Experiment
Issue(s): #5580
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X447 Experiment
- 18.184.173The system shall predict the behavior of the X447 DP12 experiment using the BISON-FIPD integration tools with enhanced AD and Mortar features and provide results that can be compared with experimental measurements.
Specification(s): x447_enh_dp12
Design: EBR-II X447 Experiment
Issue(s): #5580
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X447 Experiment
- 18.184.175The system shall predict the behavior of the X447 DP13 experiment using the BISON-FIPD integration tools with enhanced AD and Mortar features and provide results that can be compared with experimental measurements.
Specification(s): x447_enh_dp13
Design: EBR-II X447 Experiment
Issue(s): #5580
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X447 Experiment
- 18.184.177The system shall predict the behavior of the X447 DP14 experiment using the BISON-FIPD integration tools with enhanced AD and Mortar features and provide results that can be compared with experimental measurements.
Specification(s): x447_enh_dp14
Design: EBR-II X447 Experiment
Issue(s): #5580
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X447 Experiment
- 18.184.179The system shall predict the behavior of the X447 DP66 experiment using the BISON-FIPD integration tools with enhanced AD and Mortar features and provide results that can be compared with experimental measurements.
Specification(s): x447_enh_dp66
Design: EBR-II X447 Experiment
Issue(s): #5580
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X447 Experiment
- 18.184.181The system shall predict the behavior of the X447 DP70 experiment using the BISON-FIPD integration tools with enhanced AD and Mortar features and provide results that can be compared with experimental measurements.
Specification(s): x447_enh_dp70
Design: EBR-II X447 Experiment
Issue(s): #5580
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X447 Experiment
- 18.184.183The system shall predict the behavior of the X447 DP72 experiment using the BISON-FIPD integration tools with enhanced AD and Mortar features and provide results that can be compared with experimental measurements.
Specification(s): x447_enh_dp72
Design: EBR-II X447 Experiment
Issue(s): #5580
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X447 Experiment
- 18.184.185The system shall predict the behavior of the X447 DP75 experiment using the BISON-FIPD integration tools with enhanced AD and Mortar features and provide results that can be compared with experimental measurements.
Specification(s): x447_enh_dp75
Design: EBR-II X447 Experiment
Issue(s): #5580
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X447 Experiment
- 18.184.187The system shall predict the behavior of the X447 DP76 experiment using the BISON-FIPD integration tools with enhanced AD and Mortar features and provide results that can be compared with experimental measurements.
Specification(s): x447_enh_dp76
Design: EBR-II X447 Experiment
Issue(s): #5580
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X447 Experiment
- 18.184.189The system shall predict the behavior of the X447 DP77 experiment using the BISON-FIPD integration tools with enhanced AD and Mortar features and provide results that can be compared with experimental measurements.
Specification(s): x447_enh_dp77
Design: EBR-II X447 Experiment
Issue(s): #5580
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X447 Experiment
- 18.184.191The system shall predict the behavior of the X447 DP02 experiment using the BISON-FIPD integration tools and provide results that can be compared with experimental measurements.
Specification(s): x447_dp02
Design: EBR-II X447 Experiment
Issue(s): #1641
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X447 Experiment
- 18.184.193The system shall predict the behavior of the X447 DP04 experiment using the BISON-FIPD integration tools and provide results that can be compared with experimental measurements.
Specification(s): x447_dp04
Design: EBR-II X447 Experiment
Issue(s): #1641
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X447 Experiment
- 18.184.195The system shall predict the behavior of the X447 DP07 experiment using the BISON-FIPD integration tools and provide results that can be compared with experimental measurements.
Specification(s): x447_dp07
Design: EBR-II X447 Experiment
Issue(s): #1641
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X447 Experiment
- 18.184.197The system shall predict the behavior of the X447 DP09 experiment using the BISON-FIPD integration tools and provide results that can be compared with experimental measurements.
Specification(s): x447_dp09
Design: EBR-II X447 Experiment
Issue(s): #1641
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X447 Experiment
- 18.184.199The system shall predict the behavior of the X447 DP10 experiment using the BISON-FIPD integration tools and provide results that can be compared with experimental measurements.
Specification(s): x447_dp10
Design: EBR-II X447 Experiment
Issue(s): #1641
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X447 Experiment
- 18.184.201The system shall predict the behavior of the X447 DP11 experiment using the BISON-FIPD integration tools and provide results that can be compared with experimental measurements.
Specification(s): x447_dp11
Design: EBR-II X447 Experiment
Issue(s): #1641
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X447 Experiment
- 18.184.203The system shall predict the behavior of the X447 DP12 experiment using the BISON-FIPD integration tools and provide results that can be compared with experimental measurements.
Specification(s): x447_dp12
Design: EBR-II X447 Experiment
Issue(s): #1641
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X447 Experiment
- 18.184.205The system shall predict the behavior of the X447 DP13 experiment using the BISON-FIPD integration tools and provide results that can be compared with experimental measurements.
Specification(s): x447_dp13
Design: EBR-II X447 Experiment
Issue(s): #1641
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X447 Experiment
- 18.184.207The system shall predict the behavior of the X447 DP14 experiment using the BISON-FIPD integration tools and provide results that can be compared with experimental measurements.
Specification(s): x447_dp14
Design: EBR-II X447 Experiment
Issue(s): #1641
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X447 Experiment
- 18.184.209The system shall predict the behavior of the X447 DP66 experiment using the BISON-FIPD integration tools and provide results that can be compared with experimental measurements.
Specification(s): x447_dp66
Design: EBR-II X447 Experiment
Issue(s): #1641
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X447 Experiment
- 18.184.211The system shall predict the behavior of the X447 DP70 experiment using the BISON-FIPD integration tools and provide results that can be compared with experimental measurements.
Specification(s): x447_dp70
Design: EBR-II X447 Experiment
Issue(s): #1641
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X447 Experiment
- 18.184.213The system shall predict the behavior of the X447 DP72 experiment using the BISON-FIPD integration tools and provide results that can be compared with experimental measurements.
Specification(s): x447_dp72
Design: EBR-II X447 Experiment
Issue(s): #1641
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X447 Experiment
- 18.184.215The system shall predict the behavior of the X447 DP75 experiment using the BISON-FIPD integration tools and provide results that can be compared with experimental measurements.
Specification(s): x447_dp75
Design: EBR-II X447 Experiment
Issue(s): #1641
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X447 Experiment
- 18.184.217The system shall predict the behavior of the X447 DP76 experiment using the BISON-FIPD integration tools and provide results that can be compared with experimental measurements.
Specification(s): x447_dp76
Design: EBR-II X447 Experiment
Issue(s): #1641
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X447 Experiment
- 18.184.219The system shall predict the behavior of the X447 DP77 experiment using the BISON-FIPD integration tools and provide results that can be compared with experimental measurements.
Specification(s): x447_dp77
Design: EBR-II X447 Experiment
Issue(s): #1641
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II X447 Experiment
- 18.184.221The system shall batch generate input files to load initial conditions for the FBTA cases based on the simulation results of the steady-state irradiation stage.
Specification(s): batch_init_input_gen
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): RunCommand
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.222The system shall initialize the model based on the X420 T224 steady state irradiation for FBTA test
- 88-07,
- 88-08, and
- 88-09.
Specification(s): x420_t224_based_init/init_fbta_88-07, x420_t224_based_init/init_fbta_88-08, x420_t224_based_init/init_fbta_88-09
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): Exodiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.223The system shall initialize the model based on the X421 T248 steady state irradiation for FBTA test
- 88-11,
- 88-12, and
- 88-14.
Specification(s): x421_t248_based_init/init_fbta_88-11, x421_t248_based_init/init_fbta_88-12, x421_t248_based_init/init_fbta_88-14
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): Exodiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.224The system shall initialize the model based on the X421A T536 steady state irradiation for FBTA test
- 89-02,
- 89-03, and
- 89-04.
Specification(s): x421a_t536_based_init/init_fbta_89-02, x421a_t536_based_init/init_fbta_89-03, x421a_t536_based_init/init_fbta_89-04
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): Exodiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.225The system shall initialize the model based on the X421A T227 steady state irradiation for FBTA test
- 90-05,
- 90-08,
- 90-12,
- 90-14,
- 90-15, and
- 90-16.
Specification(s): x421a_t227_based_init/init_fbta_90-05, x421a_t227_based_init/init_fbta_90-08, x421a_t227_based_init/init_fbta_90-12, x421a_t227_based_init/init_fbta_90-14, x421a_t227_based_init/init_fbta_90-15, x421a_t227_based_init/init_fbta_90-16
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): Exodiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.226The system shall initialize the model based on the X421A T106 steady state irradiation for FBTA test
- 90-01,
- 90-02,
- 90-03, and
- 92-01.
Specification(s): x421a_t106_based_init/init_fbta_90-01, x421a_t106_based_init/init_fbta_90-02, x421a_t106_based_init/init_fbta_90-03, x421a_t106_based_init/init_fbta_92-01
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): Exodiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.227The system shall initialize the model based on the X423C T323 steady state irradiation for FBTA test
- 89-05,
- 89-06,
- 89-08,
- 89-13,
- 89-14,
- 89-15, and
- 89-16.
Specification(s): x423c_t323_based_init/init_fbta_89-05, x423c_t323_based_init/init_fbta_89-06, x423c_t323_based_init/init_fbta_89-08, x423c_t323_based_init/init_fbta_89-13, x423c_t323_based_init/init_fbta_89-14, x423c_t323_based_init/init_fbta_89-15, x423c_t323_based_init/init_fbta_89-16
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): Exodiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.228The system shall initialize the model based on the X423C T326 steady state irradiation for FBTA test
- 88-22,
- 88-23,
- 88-24,
- 88-25,
- 88-26,
- 88-27,
- 88-28,
- 89-01,
- 89-09,
- 89-10,
- 89-11, and
- 89-12.
Specification(s): x423c_t326_based_init/init_fbta_88-22, x423c_t326_based_init/init_fbta_88-23, x423c_t326_based_init/init_fbta_88-24, x423c_t326_based_init/init_fbta_88-25, x423c_t326_based_init/init_fbta_88-26, x423c_t326_based_init/init_fbta_88-27, x423c_t326_based_init/init_fbta_88-28, x423c_t326_based_init/init_fbta_89-01, x423c_t326_based_init/init_fbta_89-09, x423c_t326_based_init/init_fbta_89-10, x423c_t326_based_init/init_fbta_89-11, x423c_t326_based_init/init_fbta_89-12
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): Exodiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.229The system shall initialize the model based on the X425 T459 steady state irradiation for FBTA test
- 87-70,
- 87-71,
- 87-72,
- 87-73,
- 87-74,
- 87-75, and
- 87-76.
Specification(s): x425_t459_based_init/init_fbta_87-70, x425_t459_based_init/init_fbta_87-71, x425_t459_based_init/init_fbta_87-72, x425_t459_based_init/init_fbta_87-73, x425_t459_based_init/init_fbta_87-74, x425_t459_based_init/init_fbta_87-75, x425_t459_based_init/init_fbta_87-76
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): Exodiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.230The system shall initialize the model based on the X425 T437 steady state irradiation for FBTA test
- 88-04,
- 88-05,
- 88-06, and
- 88-13.
Specification(s): x425_t437_based_init/init_fbta_88-04, x425_t437_based_init/init_fbta_88-05, x425_t437_based_init/init_fbta_88-06, x425_t437_based_init/init_fbta_88-13
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): Exodiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.231The system shall initialize the model based on the X429 T619 steady state irradiation for FBTA test
- 88-17,
- 88-18,
- 88-19,
- 88-20, and
- 88-21.
Specification(s): x429_t619_based_init/init_fbta_88-17, x429_t619_based_init/init_fbta_88-18, x429_t619_based_init/init_fbta_88-19, x429_t619_based_init/init_fbta_88-20, x429_t619_based_init/init_fbta_88-21
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): Exodiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.232The system shall initialize the model based on the X429B T581 steady state irradiation for FBTA test
- 92-06,
- 92-19, and
- 93-01.
Specification(s): x429b_t581_based_init/init_fbta_92-06, x429b_t581_based_init/init_fbta_92-19, x429b_t581_based_init/init_fbta_93-01
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): Exodiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.233The system shall initialize the model based on the X429B T608 steady state irradiation for FBTA test
- 92-11,
- 92-15,
- 92-16,
- 92-17.
Specification(s): x429b_t608_based_init/init_fbta_92-11, x429b_t608_based_init/init_fbta_92-15, x429b_t608_based_init/init_fbta_92-16, x429b_t608_based_init/init_fbta_92-17
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): Exodiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.234The system shall initialize the model based on the X430 T678 steady state irradiation for FBTA test
- 90-17,
- 90-18,
- 90-19, and
- 90-21.
Specification(s): x430a_t678_based_init/init_fbta_90-17, x430a_t678_based_init/init_fbta_90-18, x430a_t678_based_init/init_fbta_90-19, x430a_t678_based_init/init_fbta_90-21
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): Exodiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.235The system shall initialize the model based on the X441 DP17 steady state irradiation for FBTA test
- 90-01,
- 90-02,
- 91-03,
- 91-05,
- 91-06,
- 91-07,
- 91-08,
- 91-09, and
- 92-18.
Specification(s): x441_dp17_based_init/init_fbta_91-01, x441_dp17_based_init/init_fbta_91-02, x441_dp17_based_init/init_fbta_91-03, x441_dp17_based_init/init_fbta_91-05, x441_dp17_based_init/init_fbta_91-06, x441_dp17_based_init/init_fbta_91-07, x441_dp17_based_init/init_fbta_91-08, x441_dp17_based_init/init_fbta_91-09, x441_dp17_based_init/init_fbta_92-18
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): Exodiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.236The system shall initialize the model based on the X441 DP27 steady state irradiation for FBTA test
- 91-10.
Specification(s): x441_dp27_based_init/init_fbta_91-10
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): Exodiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.237The system shall initialize the model based on the X441 DP32 steady state irradiation for FBTA test
- 91-04.
Specification(s): x441_dp32_based_init/init_fbta_91-04
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): Exodiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.238The system shall initialize the model based on the X441A DP16 steady state irradiation for FBTA test
- 91-29,
- 91-30,
- 91-31,
- 91-32,
- 91-33,
- 91-34,
- 91-35,
- 91-36, and
- 92-02.
Specification(s): x441a_dp16_based_init/init_fbta_91-29, x441a_dp16_based_init/init_fbta_91-30, x441a_dp16_based_init/init_fbta_91-31, x441a_dp16_based_init/init_fbta_91-32, x441a_dp16_based_init/init_fbta_91-33, x441a_dp16_based_init/init_fbta_91-34, x441a_dp16_based_init/init_fbta_91-35, x441a_dp16_based_init/init_fbta_91-36, x441a_dp16_based_init/init_fbta_92-02
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): Exodiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.239The system shall initialize the model based on the X441A DP21 steady state irradiation for FBTA test
- 91-11,
- 91-12,
- 91-13,
- 91-14,
- 91-15,
- 91-16,
- 91-17,
- 91-18,
- 91-19, and
- 91-28.
Specification(s): x441a_dp21_based_init/init_fbta_91-11, x441a_dp21_based_init/init_fbta_91-12, x441a_dp21_based_init/init_fbta_91-13, x441a_dp21_based_init/init_fbta_91-14, x441a_dp21_based_init/init_fbta_91-15, x441a_dp21_based_init/init_fbta_91-16, x441a_dp21_based_init/init_fbta_91-17, x441a_dp21_based_init/init_fbta_91-18, x441a_dp21_based_init/init_fbta_91-19, x441a_dp21_based_init/init_fbta_91-28
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): Exodiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.240The system shall initialize the model based on the X441A DP24 steady state irradiation for FBTA test
- 91-20,
- 91-24,
- 91-25,
- 91-26,
- 91-27, and
- 92-05.
Specification(s): x441a_dp24_based_init/init_fbta_91-20, x441a_dp24_based_init/init_fbta_91-24, x441a_dp24_based_init/init_fbta_91-25, x441a_dp24_based_init/init_fbta_91-26, x441a_dp24_based_init/init_fbta_91-27, x441a_dp24_based_init/init_fbta_92-05
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): Exodiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.241The system shall initialize the model based on the X441A DP29 steady state irradiation for FBTA test
- 91-21, and
- 92-03.
Specification(s): x441a_dp29_based_init/init_fbta_91-21, x441a_dp29_based_init/init_fbta_92-03
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): Exodiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.242The system shall initialize the model based on the X441A DP45 steady state irradiation for FBTA test
- 91-22,
- 92-04,
- 92-09, and
- 92-12.
Specification(s): x441a_dp45_based_init/init_fbta_91-22, x441a_dp45_based_init/init_fbta_92-04, x441a_dp45_based_init/init_fbta_92-09, x441a_dp45_based_init/init_fbta_92-12
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): Exodiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.243The system shall initialize the model based on the X441A A850 steady state irradiation for FBTA test
- 92-07,
- 92-08,
- 92-10,
- 92-13, and
- 92-14,
Specification(s): x441a_a850_based_init/init_fbta_92-07, x441a_a850_based_init/init_fbta_92-08, x441a_a850_based_init/init_fbta_92-10, x441a_a850_based_init/init_fbta_92-13, x441a_a850_based_init/init_fbta_92-14
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): Exodiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.244The system shall initialize the model based on the IFR1 181193 steady state irradiation for FBTA test
- 93-02,
- 93-03,
- 93-04,
- 93-05,
- 93-06,
- 93-07,
- 93-08,
- 93-09,
- 93-10,
- 94-01,
- 94-02, and
- 94-06.
Specification(s): ifr1_181193_based_init/init_fbta_93-02, ifr1_181193_based_init/init_fbta_93-03, ifr1_181193_based_init/init_fbta_93-04, ifr1_181193_based_init/init_fbta_93-05, ifr1_181193_based_init/init_fbta_93-06, ifr1_181193_based_init/init_fbta_93-07, ifr1_181193_based_init/init_fbta_93-08, ifr1_181193_based_init/init_fbta_93-09, ifr1_181193_based_init/init_fbta_93-10, ifr1_181193_based_init/init_fbta_94-01, ifr1_181193_based_init/init_fbta_94-02, ifr1_181193_based_init/init_fbta_94-06
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): Exodiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.245The system shall generate input files for all the covered FBTA tests.
Specification(s): batch_input_gen
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): RunCommand
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.246The system shall run the assessment case and compare to an accepted solution that can be compared to experimental measurements for FBTA test number
- 88-07 using ANL_LS correlation,
- 88-07 using ANL_CONSERVATIVE correlation,
- 88-07 using TSAI correlation,
- 88-08 using ANL_LS correlation,
- 88-08 using ANL_CONSERVATIVE correlation,
- 88-08 using TSAI correlation,
- 88-09 using ANL_LS correlation,
- 88-09 using ANL_CONSERVATIVE correlation, and
- 88-09 using TSAI correlation.
Specification(s): x420_t224_based_tests/run_fbta_88-07_anl_ls, x420_t224_based_tests/run_fbta_88-07_anl_conservative, x420_t224_based_tests/run_fbta_88-07_tsai, x420_t224_based_tests/run_fbta_88-08_anl_ls, x420_t224_based_tests/run_fbta_88-08_anl_conservative, x420_t224_based_tests/run_fbta_88-08_tsai, x420_t224_based_tests/run_fbta_88-09_anl_ls, x420_t224_based_tests/run_fbta_88-09_anl_conservative, x420_t224_based_tests/run_fbta_88-09_tsai
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.247The system shall run the assessment case and compare to an accepted solution that can be compared to experimental measurements for FBTA test number
- 88-11 using ANL_LS correlation,
- 88-11 using ANL_CONSERVATIVE correlation,
- 88-11 using TSAI correlation,
- 88-12 using ANL_LS correlation,
- 88-12 using ANL_CONSERVATIVE correlation,
- 88-12 using TSAI correlation,
- 88-14 using ANL_LS correlation,
- 88-14 using ANL_CONSERVATIVE correlation, and
- 88-14 using TSAI correlation.
Specification(s): x421_t248_based_tests/run_fbta_88-11_anl_ls, x421_t248_based_tests/run_fbta_88-11_anl_conservative, x421_t248_based_tests/run_fbta_88-11_tsai, x421_t248_based_tests/run_fbta_88-12_anl_ls, x421_t248_based_tests/run_fbta_88-12_anl_conservative, x421_t248_based_tests/run_fbta_88-12_tsai, x421_t248_based_tests/run_fbta_88-14_anl_ls, x421_t248_based_tests/run_fbta_88-14_anl_conservative, x421_t248_based_tests/run_fbta_88-14_tsai
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.248The system shall run the assessment case and compare to an accepted solution that can be compared to experimental measurements for FBTA test number
- 89-02 using ANL_LS correlation,
- 89-02 using ANL_CONSERVATIVE correlation,
- 89-02 using TSAI correlation,
- 89-03 using ANL_LS correlation,
- 89-03 using ANL_CONSERVATIVE correlation,
- 89-03 using TSAI correlation,
- 89-04 using ANL_LS correlation,
- 89-04 using ANL_CONSERVATIVE correlation, and
- 89-04 using TSAI correlation.
Specification(s): x421a_t536_based_tests/run_fbta_89-02_anl_ls, x421a_t536_based_tests/run_fbta_89-02_anl_conservative, x421a_t536_based_tests/run_fbta_89-02_tsai, x421a_t536_based_tests/run_fbta_89-03_anl_ls, x421a_t536_based_tests/run_fbta_89-03_anl_conservative, x421a_t536_based_tests/run_fbta_89-03_tsai, x421a_t536_based_tests/run_fbta_89-04_anl_ls, x421a_t536_based_tests/run_fbta_89-04_anl_conservative, x421a_t536_based_tests/run_fbta_89-04_tsai
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.249The system shall run the assessment case and compare to an accepted solution that can be compared to experimental measurements for FBTA test number
- 90-05 using ANL_LS correlation,
- 90-05 using ANL_CONSERVATIVE correlation,
- 90-05 using TSAI correlation,
- 90-08 using ANL_LS correlation,
- 90-08 using ANL_CONSERVATIVE correlation,
- 90-08 using TSAI correlation,
- 90-12 using ANL_LS correlation,
- 90-12 using ANL_CONSERVATIVE correlation,
- 90-12 using TSAI correlation,
- 90-14 using ANL_LS correlation,
- 90-14 using ANL_CONSERVATIVE correlation,
- 90-14 using TSAI correlation,
- 90-15 using ANL_LS correlation,
- 90-15 using ANL_CONSERVATIVE correlation,
- 90-15 using TSAI correlation,
- 90-16 using ANL_LS correlation,
- 90-16 using ANL_CONSERVATIVE correlation, and
- 90-16 using TSAI correlation.
Specification(s): x421a_t227_based_tests/run_fbta_90-05_anl_ls, x421a_t227_based_tests/run_fbta_90-05_anl_conservative, x421a_t227_based_tests/run_fbta_90-05_tsai, x421a_t227_based_tests/run_fbta_90-08_anl_ls, x421a_t227_based_tests/run_fbta_90-08_anl_conservative, x421a_t227_based_tests/run_fbta_90-08_tsai, x421a_t227_based_tests/run_fbta_90-12_anl_ls, x421a_t227_based_tests/run_fbta_90-12_anl_conservative, x421a_t227_based_tests/run_fbta_90-12_tsai, x421a_t227_based_tests/run_fbta_90-14_anl_ls, x421a_t227_based_tests/run_fbta_90-14_anl_conservative, x421a_t227_based_tests/run_fbta_90-14_tsai, x421a_t227_based_tests/run_fbta_90-15_anl_ls, x421a_t227_based_tests/run_fbta_90-15_anl_conservative, x421a_t227_based_tests/run_fbta_90-15_tsai, x421a_t227_based_tests/run_fbta_90-16_anl_ls, x421a_t227_based_tests/run_fbta_90-16_anl_conservative, x421a_t227_based_tests/run_fbta_90-16_tsai
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.250The system shall run the assessment case and compare to an accepted solution that can be compared to experimental measurements for FBTA test number
- 90-01 using ANL_LS correlation,
- 90-01 using ANL_CONSERVATIVE correlation,
- 90-01 using TSAI correlation,
- 90-02 using ANL_LS correlation,
- 90-02 using ANL_CONSERVATIVE correlation,
- 90-02 using TSAI correlation,
- 90-03 using ANL_LS correlation,
- 90-03 using ANL_CONSERVATIVE correlation,
- 90-03 using TSAI correlation,
- 92-01 using ANL_LS correlation,
- 92-01 using ANL_CONSERVATIVE correlation, and
- 92-01 using TSAI correlation.
Specification(s): x421a_t106_based_tests/run_fbta_90-01_anl_ls, x421a_t106_based_tests/run_fbta_90-01_anl_conservative, x421a_t106_based_tests/run_fbta_90-01_tsai, x421a_t106_based_tests/run_fbta_90-02_anl_ls, x421a_t106_based_tests/run_fbta_90-02_anl_conservative, x421a_t106_based_tests/run_fbta_90-02_tsai, x421a_t106_based_tests/run_fbta_90-03_anl_ls, x421a_t106_based_tests/run_fbta_90-03_anl_conservative, x421a_t106_based_tests/run_fbta_90-03_tsai, x421a_t106_based_tests/run_fbta_92-01_anl_ls, x421a_t106_based_tests/run_fbta_92-01_anl_conservative, x421a_t106_based_tests/run_fbta_92-01_tsai
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.251The system shall run the assessment case and compare to an accepted solution that can be compared to experimental measurements for FBTA test number
- 89-05 using ANL_LS correlation,
- 89-05 using ANL_CONSERVATIVE correlation,
- 89-05 using TSAI correlation,
- 89-06 using ANL_LS correlation,
- 89-06 using ANL_CONSERVATIVE correlation,
- 89-06 using TSAI correlation,
- 89-08 using ANL_LS correlation,
- 89-08 using ANL_CONSERVATIVE correlation,
- 89-08 using TSAI correlation,
- 89-13 using ANL_LS correlation,
- 89-13 using ANL_CONSERVATIVE correlation,
- 89-13 using TSAI correlation,
- 89-14 using ANL_LS correlation,
- 89-14 using ANL_CONSERVATIVE correlation,
- 89-14 using TSAI correlation,
- 89-15 using ANL_LS correlation,
- 89-15 using ANL_CONSERVATIVE correlation,
- 89-15 using TSAI correlation,
- 89-16 using ANL_LS correlation,
- 89-16 using ANL_CONSERVATIVE correlation, and
- 89-16 using TSAI correlation.
Specification(s): x423c_t323_based_tests/run_fbta_89-05_anl_ls, x423c_t323_based_tests/run_fbta_89-05_anl_conservative, x423c_t323_based_tests/run_fbta_89-05_tsai, x423c_t323_based_tests/run_fbta_89-06_anl_ls, x423c_t323_based_tests/run_fbta_89-06_anl_conservative, x423c_t323_based_tests/run_fbta_89-06_tsai, x423c_t323_based_tests/run_fbta_89-08_anl_ls, x423c_t323_based_tests/run_fbta_89-08_anl_conservative, x423c_t323_based_tests/run_fbta_89-08_tsai, x423c_t323_based_tests/run_fbta_89-13_anl_ls, x423c_t323_based_tests/run_fbta_89-13_anl_conservative, x423c_t323_based_tests/run_fbta_89-13_tsai, x423c_t323_based_tests/run_fbta_89-14_anl_ls, x423c_t323_based_tests/run_fbta_89-14_anl_conservative, x423c_t323_based_tests/run_fbta_89-14_tsai, x423c_t323_based_tests/run_fbta_89-15_anl_ls, x423c_t323_based_tests/run_fbta_89-15_anl_conservative, x423c_t323_based_tests/run_fbta_89-15_tsai, x423c_t323_based_tests/run_fbta_89-16_anl_ls, x423c_t323_based_tests/run_fbta_89-16_anl_conservative, x423c_t323_based_tests/run_fbta_89-16_tsai
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.252The system shall run the assessment case and compare to an accepted solution that can be compared to experimental measurements for FBTA test number
- 88-22 using ANL_LS correlation,
- 88-22 using ANL_CONSERVATIVE correlation,
- 88-22 using TSAI correlation,
- 88-23 using ANL_LS correlation,
- 88-23 using ANL_CONSERVATIVE correlation,
- 88-23 using TSAI correlation,
- 88-24 using ANL_LS correlation,
- 88-24 using ANL_CONSERVATIVE correlation,
- 88-24 using TSAI correlation,
- 88-25 using ANL_LS correlation,
- 88-25 using ANL_CONSERVATIVE correlation,
- 88-25 using TSAI correlation,
- 88-26 using ANL_LS correlation,
- 88-26 using ANL_CONSERVATIVE correlation,
- 88-26 using TSAI correlation,
- 88-27 using ANL_LS correlation,
- 88-27 using ANL_CONSERVATIVE correlation,
- 88-27 using TSAI correlation,
- 88-28 using ANL_LS correlation,
- 88-28 using ANL_CONSERVATIVE correlation,
- 88-28 using TSAI correlation,
- 89-01 using ANL_LS correlation,
- 89-01 using ANL_CONSERVATIVE correlation,
- 89-01 using TSAI correlation,
- 89-09 using ANL_LS correlation,
- 89-09 using ANL_CONSERVATIVE correlation,
- 89-09 using TSAI correlation,
- 89-10 using ANL_LS correlation,
- 89-10 using ANL_CONSERVATIVE correlation,
- 89-10 using TSAI correlation,
- 89-11 using ANL_LS correlation,
- 89-11 using ANL_CONSERVATIVE correlation,
- 89-11 using TSAI correlation,
- 89-12 using ANL_LS correlation,
- 89-12 using ANL_CONSERVATIVE correlation, and
- 89-12 using TSAI correlation.
Specification(s): x423c_t326_based_tests/run_fbta_88-22_anl_ls, x423c_t326_based_tests/run_fbta_88-22_anl_conservative, x423c_t326_based_tests/run_fbta_88-22_tsai, x423c_t326_based_tests/run_fbta_88-23_anl_ls, x423c_t326_based_tests/run_fbta_88-23_anl_conservative, x423c_t326_based_tests/run_fbta_88-23_tsai, x423c_t326_based_tests/run_fbta_88-24_anl_ls, x423c_t326_based_tests/run_fbta_88-24_anl_conservative, x423c_t326_based_tests/run_fbta_88-24_tsai, x423c_t326_based_tests/run_fbta_88-25_anl_ls, x423c_t326_based_tests/run_fbta_88-25_anl_conservative, x423c_t326_based_tests/run_fbta_88-25_tsai, x423c_t326_based_tests/run_fbta_88-26_anl_ls, x423c_t326_based_tests/run_fbta_88-26_anl_conservative, x423c_t326_based_tests/run_fbta_88-26_tsai, x423c_t326_based_tests/run_fbta_88-27_anl_ls, x423c_t326_based_tests/run_fbta_88-27_anl_conservative, x423c_t326_based_tests/run_fbta_88-27_tsai, x423c_t326_based_tests/run_fbta_88-28_anl_ls, x423c_t326_based_tests/run_fbta_88-28_anl_conservative, x423c_t326_based_tests/run_fbta_88-28_tsai, x423c_t326_based_tests/run_fbta_89-01_anl_ls, x423c_t326_based_tests/run_fbta_89-01_anl_conservative, x423c_t326_based_tests/run_fbta_89-01_tsai, x423c_t326_based_tests/run_fbta_89-09_anl_ls, x423c_t326_based_tests/run_fbta_89-09_anl_conservative, x423c_t326_based_tests/run_fbta_89-09_tsai, x423c_t326_based_tests/run_fbta_89-10_anl_ls, x423c_t326_based_tests/run_fbta_89-10_anl_conservative, x423c_t326_based_tests/run_fbta_89-10_tsai, x423c_t326_based_tests/run_fbta_89-11_anl_ls, x423c_t326_based_tests/run_fbta_89-11_anl_conservative, x423c_t326_based_tests/run_fbta_89-11_tsai, x423c_t326_based_tests/run_fbta_89-12_anl_ls, x423c_t326_based_tests/run_fbta_89-12_anl_conservative, x423c_t326_based_tests/run_fbta_89-12_tsai
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.253The system shall run the assessment case and compare to an accepted solution that can be compared to experimental measurements for FBTA test number
- 87-70 using ANL_LS correlation,
- 87-70 using ANL_CONSERVATIVE correlation,
- 87-70 using TSAI correlation,
- 87-71 using ANL_LS correlation,
- 87-71 using ANL_CONSERVATIVE correlation,
- 87-71 using TSAI correlation,
- 87-72 using ANL_LS correlation,
- 87-72 using ANL_CONSERVATIVE correlation,
- 87-72 using TSAI correlation,
- 87-73 using ANL_LS correlation,
- 87-73 using ANL_CONSERVATIVE correlation,
- 87-73 using TSAI correlation,
- 87-74 using ANL_LS correlation,
- 87-74 using ANL_CONSERVATIVE correlation,
- 87-74 using TSAI correlation,
- 87-75 using ANL_LS correlation,
- 87-75 using ANL_CONSERVATIVE correlation,
- 87-75 using TSAI correlation,
- 87-76 using ANL_LS correlation,
- 87-76 using ANL_CONSERVATIVE correlation, and
- 87-76 using TSAI correlation.
Specification(s): x425_t459_based_tests/run_fbta_87-70_anl_ls, x425_t459_based_tests/run_fbta_87-70_anl_conservative, x425_t459_based_tests/run_fbta_87-70_tsai, x425_t459_based_tests/run_fbta_87-71_anl_ls, x425_t459_based_tests/run_fbta_87-71_anl_conservative, x425_t459_based_tests/run_fbta_87-71_tsai, x425_t459_based_tests/run_fbta_87-72_anl_ls, x425_t459_based_tests/run_fbta_87-72_anl_conservative, x425_t459_based_tests/run_fbta_87-72_tsai, x425_t459_based_tests/run_fbta_87-73_anl_ls, x425_t459_based_tests/run_fbta_87-73_anl_conservative, x425_t459_based_tests/run_fbta_87-73_tsai, x425_t459_based_tests/run_fbta_87-74_anl_ls, x425_t459_based_tests/run_fbta_87-74_anl_conservative, x425_t459_based_tests/run_fbta_87-74_tsai, x425_t459_based_tests/run_fbta_87-75_anl_ls, x425_t459_based_tests/run_fbta_87-75_anl_conservative, x425_t459_based_tests/run_fbta_87-75_tsai, x425_t459_based_tests/run_fbta_87-76_anl_ls, x425_t459_based_tests/run_fbta_87-76_anl_conservative, x425_t459_based_tests/run_fbta_87-76_tsai
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.254The system shall run the assessment case and compare to an accepted solution that can be compared to experimental measurements for FBTA test number
- 88-04 using ANL_LS correlation,
- 88-04 using ANL_CONSERVATIVE correlation,
- 88-04 using TSAI correlation,
- 88-05 using ANL_LS correlation,
- 88-05 using ANL_CONSERVATIVE correlation,
- 88-05 using TSAI correlation,
- 88-06 using ANL_LS correlation,
- 88-06 using ANL_CONSERVATIVE correlation,
- 88-06 using TSAI correlation,
- 88-13 using ANL_LS correlation,
- 88-13 using ANL_CONSERVATIVE correlation, and
- 88-13 using TSAI correlation.
Specification(s): x425_t437_based_tests/run_fbta_88-04_anl_ls, x425_t437_based_tests/run_fbta_88-04_anl_conservative, x425_t437_based_tests/run_fbta_88-04_tsai, x425_t437_based_tests/run_fbta_88-05_anl_ls, x425_t437_based_tests/run_fbta_88-05_anl_conservative, x425_t437_based_tests/run_fbta_88-05_tsai, x425_t437_based_tests/run_fbta_88-06_anl_ls, x425_t437_based_tests/run_fbta_88-06_anl_conservative, x425_t437_based_tests/run_fbta_88-06_tsai, x425_t437_based_tests/run_fbta_88-13_anl_ls, x425_t437_based_tests/run_fbta_88-13_anl_conservative, x425_t437_based_tests/run_fbta_88-13_tsai
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.255The system shall run the assessment case and compare to an accepted solution that can be compared to experimental measurements for FBTA test number
- 88-17 using ANL_LS correlation,
- 88-17 using ANL_CONSERVATIVE correlation,
- 88-17 using TSAI correlation,
- 88-18 using ANL_LS correlation,
- 88-18 using ANL_CONSERVATIVE correlation,
- 88-18 using TSAI correlation,
- 88-19 using ANL_LS correlation,
- 88-19 using ANL_CONSERVATIVE correlation,
- 88-19 using TSAI correlation,
- 88-20 using ANL_LS correlation,
- 88-20 using ANL_CONSERVATIVE correlation,
- 88-20 using TSAI correlation,
- 88-21 using ANL_LS correlation,
- 88-21 using ANL_CONSERVATIVE correlation, and
- 88-21 using TSAI correlation.
Specification(s): x429_t619_based_tests/run_fbta_88-17_anl_ls, x429_t619_based_tests/run_fbta_88-17_anl_conservative, x429_t619_based_tests/run_fbta_88-17_tsai, x429_t619_based_tests/run_fbta_88-18_anl_ls, x429_t619_based_tests/run_fbta_88-18_anl_conservative, x429_t619_based_tests/run_fbta_88-18_tsai, x429_t619_based_tests/run_fbta_88-19_anl_ls, x429_t619_based_tests/run_fbta_88-19_anl_conservative, x429_t619_based_tests/run_fbta_88-19_tsai, x429_t619_based_tests/run_fbta_88-20_anl_ls, x429_t619_based_tests/run_fbta_88-20_anl_conservative, x429_t619_based_tests/run_fbta_88-20_tsai, x429_t619_based_tests/run_fbta_88-21_anl_ls, x429_t619_based_tests/run_fbta_88-21_anl_conservative, x429_t619_based_tests/run_fbta_88-21_tsai
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.256The system shall run the assessment case and compare to an accepted solution that can be compared to experimental measurements for FBTA test number
- 92-06 using ANL_LS correlation,
- 92-06 using ANL_CONSERVATIVE correlation,
- 92-06 using TSAI correlation,
- 92-19 using ANL_LS correlation,
- 92-19 using ANL_CONSERVATIVE correlation,
- 92-19 using TSAI correlation,
- 93-01 using ANL_LS correlation,
- 93-01 using ANL_CONSERVATIVE correlation, and
- 93-01 using TSAI correlation.
Specification(s): x429b_t581_based_tests/run_fbta_92-06_anl_ls, x429b_t581_based_tests/run_fbta_92-06_anl_conservative, x429b_t581_based_tests/run_fbta_92-06_tsai, x429b_t581_based_tests/run_fbta_92-19_anl_ls, x429b_t581_based_tests/run_fbta_92-19_anl_conservative, x429b_t581_based_tests/run_fbta_92-19_tsai, x429b_t581_based_tests/run_fbta_93-01_anl_ls, x429b_t581_based_tests/run_fbta_93-01_anl_conservative, x429b_t581_based_tests/run_fbta_93-01_tsai
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.257The system shall run the assessment case and compare to an accepted solution that can be compared to experimental measurements for FBTA test number
- 92-11 using ANL_LS correlation,
- 92-11 using ANL_CONSERVATIVE correlation,
- 92-11 using TSAI correlation,
- 92-15 using ANL_LS correlation,
- 92-15 using ANL_CONSERVATIVE correlation,
- 92-15 using TSAI correlation,
- 92-16 using ANL_LS correlation,
- 92-16 using ANL_CONSERVATIVE correlation,
- 92-16 using TSAI correlation,
- 92-17 using ANL_LS correlation,
- 92-17 using ANL_CONSERVATIVE correlation, and
- 92-17 using TSAI correlation.
Specification(s): x429b_t608_based_tests/run_fbta_92-11_anl_ls, x429b_t608_based_tests/run_fbta_92-11_anl_conservative, x429b_t608_based_tests/run_fbta_92-11_tsai, x429b_t608_based_tests/run_fbta_92-15_anl_ls, x429b_t608_based_tests/run_fbta_92-15_anl_conservative, x429b_t608_based_tests/run_fbta_92-15_tsai, x429b_t608_based_tests/run_fbta_92-16_anl_ls, x429b_t608_based_tests/run_fbta_92-16_anl_conservative, x429b_t608_based_tests/run_fbta_92-16_tsai, x429b_t608_based_tests/run_fbta_92-17_anl_ls, x429b_t608_based_tests/run_fbta_92-17_anl_conservative, x429b_t608_based_tests/run_fbta_92-17_tsai
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.258The system shall run the assessment case and compare to an accepted solution that can be compared to experimental measurements for FBTA test number
- 90-17 using ANL_LS correlation,
- 90-17 using ANL_CONSERVATIVE correlation,
- 90-17 using TSAI correlation,
- 90-18 using ANL_LS correlation,
- 90-18 using ANL_CONSERVATIVE correlation,
- 90-18 using TSAI correlation,
- 90-19 using ANL_LS correlation,
- 90-19 using ANL_CONSERVATIVE correlation,
- 90-19 using TSAI correlation,
- 90-21 using ANL_LS correlation,
- 90-21 using ANL_CONSERVATIVE correlation, and
- 90-21 using TSAI correlation.
Specification(s): x430a_t678_based_tests/run_fbta_90-17_anl_ls, x430a_t678_based_tests/run_fbta_90-17_anl_conservative, x430a_t678_based_tests/run_fbta_90-17_tsai, x430a_t678_based_tests/run_fbta_90-18_anl_ls, x430a_t678_based_tests/run_fbta_90-18_anl_conservative, x430a_t678_based_tests/run_fbta_90-18_tsai, x430a_t678_based_tests/run_fbta_90-19_anl_ls, x430a_t678_based_tests/run_fbta_90-19_anl_conservative, x430a_t678_based_tests/run_fbta_90-19_tsai, x430a_t678_based_tests/run_fbta_90-21_anl_ls, x430a_t678_based_tests/run_fbta_90-21_anl_conservative, x430a_t678_based_tests/run_fbta_90-21_tsai
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.259The system shall run the assessment case and compare to an accepted solution that can be compared to experimental measurements for FBTA test number
- 91-01 using ANL_LS correlation,
- 91-01 using ANL_CONSERVATIVE correlation,
- 91-01 using TSAI correlation,
- 91-02 using ANL_LS correlation,
- 91-02 using ANL_CONSERVATIVE correlation,
- 91-02 using TSAI correlation,
- 91-03 using ANL_LS correlation,
- 91-03 using ANL_CONSERVATIVE correlation,
- 91-03 using TSAI correlation,
- 91-05 using ANL_LS correlation,
- 91-05 using ANL_CONSERVATIVE correlation,
- 91-05 using TSAI correlation,
- 91-06 using ANL_LS correlation,
- 91-06 using ANL_CONSERVATIVE correlation,
- 91-06 using TSAI correlation,
- 91-07 using ANL_LS correlation,
- 91-07 using ANL_CONSERVATIVE correlation,
- 91-07 using TSAI correlation,
- 91-08 using ANL_LS correlation,
- 91-08 using ANL_CONSERVATIVE correlation,
- 91-08 using TSAI correlation,
- 91-09 using ANL_LS correlation,
- 91-09 using ANL_CONSERVATIVE correlation,
- 91-09 using TSAI correlation,
- 92-18 using ANL_LS correlation,
- 92-18 using ANL_CONSERVATIVE correlation, and
- 92-18 using TSAI correlation.
Specification(s): x441_dp17_based_tests/run_fbta_91-01_anl_ls, x441_dp17_based_tests/run_fbta_91-01_anl_conservative, x441_dp17_based_tests/run_fbta_91-01_tsai, x441_dp17_based_tests/run_fbta_91-02_anl_ls, x441_dp17_based_tests/run_fbta_91-02_anl_conservative, x441_dp17_based_tests/run_fbta_91-02_tsai, x441_dp17_based_tests/run_fbta_91-03_anl_ls, x441_dp17_based_tests/run_fbta_91-03_anl_conservative, x441_dp17_based_tests/run_fbta_91-03_tsai, x441_dp17_based_tests/run_fbta_91-05_anl_ls, x441_dp17_based_tests/run_fbta_91-05_anl_conservative, x441_dp17_based_tests/run_fbta_91-05_tsai, x441_dp17_based_tests/run_fbta_91-06_anl_ls, x441_dp17_based_tests/run_fbta_91-06_anl_conservative, x441_dp17_based_tests/run_fbta_91-06_tsai, x441_dp17_based_tests/run_fbta_91-07_anl_ls, x441_dp17_based_tests/run_fbta_91-07_anl_conservative, x441_dp17_based_tests/run_fbta_91-07_tsai, x441_dp17_based_tests/run_fbta_91-08_anl_ls, x441_dp17_based_tests/run_fbta_91-08_anl_conservative, x441_dp17_based_tests/run_fbta_91-08_tsai, x441_dp17_based_tests/run_fbta_91-09_anl_ls, x441_dp17_based_tests/run_fbta_91-09_anl_conservative, x441_dp17_based_tests/run_fbta_91-09_tsai, x441_dp17_based_tests/run_fbta_92-18_anl_ls, x441_dp17_based_tests/run_fbta_92-18_anl_conservative, x441_dp17_based_tests/run_fbta_92-18_tsai
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.260The system shall run the assessment case and compare to an accepted solution that can be compared to experimental measurements for FBTA test number
- 91-10 using ANL_LS correlation,
- 91-10 using ANL_CONSERVATIVE correlation, and
- 91-10 using TSAI correlation.
Specification(s): x441_dp27_based_tests/run_fbta_91-10_anl_ls, x441_dp27_based_tests/run_fbta_91-10_anl_conservative, x441_dp27_based_tests/run_fbta_91-10_tsai
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.261The system shall run the assessment case and compare to an accepted solution that can be compared to experimental measurements for FBTA test number
- 91-04 using ANL_LS correlation,
- 91-04 using ANL_CONSERVATIVE correlation, and
- 91-04 using TSAI correlation.
Specification(s): x441_dp32_based_tests/run_fbta_91-04_anl_ls, x441_dp32_based_tests/run_fbta_91-04_anl_conservative, x441_dp32_based_tests/run_fbta_91-04_tsai
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.262The system shall run the assessment case and compare to an accepted solution that can be compared to experimental measurements for FBTA test number
- 91-29 using ANL_LS correlation,
- 91-29 using ANL_CONSERVATIVE correlation,
- 91-29 using TSAI correlation,
- 91-30 using ANL_LS correlation,
- 91-30 using ANL_CONSERVATIVE correlation,
- 91-30 using TSAI correlation,
- 91-31 using ANL_LS correlation,
- 91-31 using ANL_CONSERVATIVE correlation,
- 91-31 using TSAI correlation,
- 91-32 using ANL_LS correlation,
- 91-32 using ANL_CONSERVATIVE correlation,
- 91-32 using TSAI correlation,
- 91-33 using ANL_LS correlation,
- 91-33 using ANL_CONSERVATIVE correlation,
- 91-33 using TSAI correlation,
- 91-34 using ANL_LS correlation,
- 91-34 using ANL_CONSERVATIVE correlation,
- 91-34 using TSAI correlation,
- 91-35 using ANL_LS correlation,
- 91-35 using ANL_CONSERVATIVE correlation,
- 91-35 using TSAI correlation,
- 91-36 using ANL_LS correlation,
- 91-36 using ANL_CONSERVATIVE correlation,
- 91-36 using TSAI correlation,
- 92-02 using ANL_LS correlation,
- 92-02 using ANL_CONSERVATIVE correlation, and
- 92-02 using TSAI correlation.
Specification(s): x441a_dp16_based_tests/run_fbta_91-29_anl_ls, x441a_dp16_based_tests/run_fbta_91-29_anl_conservative, x441a_dp16_based_tests/run_fbta_91-29_tsai, x441a_dp16_based_tests/run_fbta_91-30_anl_ls, x441a_dp16_based_tests/run_fbta_91-30_anl_conservative, x441a_dp16_based_tests/run_fbta_91-30_tsai, x441a_dp16_based_tests/run_fbta_91-31_anl_ls, x441a_dp16_based_tests/run_fbta_91-31_anl_conservative, x441a_dp16_based_tests/run_fbta_91-31_tsai, x441a_dp16_based_tests/run_fbta_91-32_anl_ls, x441a_dp16_based_tests/run_fbta_91-32_anl_conservative, x441a_dp16_based_tests/run_fbta_91-32_tsai, x441a_dp16_based_tests/run_fbta_91-33_anl_ls, x441a_dp16_based_tests/run_fbta_91-33_anl_conservative, x441a_dp16_based_tests/run_fbta_91-33_tsai, x441a_dp16_based_tests/run_fbta_91-34_anl_ls, x441a_dp16_based_tests/run_fbta_91-34_anl_conservative, x441a_dp16_based_tests/run_fbta_91-34_tsai, x441a_dp16_based_tests/run_fbta_91-35_anl_ls, x441a_dp16_based_tests/run_fbta_91-35_anl_conservative, x441a_dp16_based_tests/run_fbta_91-35_tsai, x441a_dp16_based_tests/run_fbta_91-36_anl_ls, x441a_dp16_based_tests/run_fbta_91-36_anl_conservative, x441a_dp16_based_tests/run_fbta_91-36_tsai, x441a_dp16_based_tests/run_fbta_92-02_anl_ls, x441a_dp16_based_tests/run_fbta_92-02_anl_conservative, x441a_dp16_based_tests/run_fbta_92-02_tsai
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.263The system shall run the assessment case and compare to an accepted solution that can be compared to experimental measurements for FBTA test number
- 91-11 using ANL_LS correlation,
- 91-11 using ANL_CONSERVATIVE correlation,
- 91-11 using TSAI correlation,
- 91-12 using ANL_LS correlation,
- 91-12 using ANL_CONSERVATIVE correlation,
- 91-12 using TSAI correlation,
- 91-13 using ANL_LS correlation,
- 91-13 using ANL_CONSERVATIVE correlation,
- 91-13 using TSAI correlation,
- 91-14 using ANL_LS correlation,
- 91-14 using ANL_CONSERVATIVE correlation,
- 91-14 using TSAI correlation,
- 91-15 using ANL_LS correlation,
- 91-15 using ANL_CONSERVATIVE correlation,
- 91-15 using TSAI correlation,
- 91-16 using ANL_LS correlation,
- 91-16 using ANL_CONSERVATIVE correlation,
- 91-16 using TSAI correlation,
- 91-17 using ANL_LS correlation,
- 91-17 using ANL_CONSERVATIVE correlation,
- 91-17 using TSAI correlation,
- 91-18 using ANL_LS correlation,
- 91-18 using ANL_CONSERVATIVE correlation,
- 91-18 using TSAI correlation,
- 91-19 using ANL_LS correlation,
- 91-19 using ANL_CONSERVATIVE correlation,
- 91-19 using TSAI correlation,
- 91-28 using ANL_LS correlation,
- 91-28 using ANL_CONSERVATIVE correlation, and
- 91-28 using TSAI correlation.
Specification(s): x441a_dp21_based_tests/run_fbta_91-11_anl_ls, x441a_dp21_based_tests/run_fbta_91-11_anl_conservative, x441a_dp21_based_tests/run_fbta_91-11_tsai, x441a_dp21_based_tests/run_fbta_91-12_anl_ls, x441a_dp21_based_tests/run_fbta_91-12_anl_conservative, x441a_dp21_based_tests/run_fbta_91-12_tsai, x441a_dp21_based_tests/run_fbta_91-13_anl_ls, x441a_dp21_based_tests/run_fbta_91-13_anl_conservative, x441a_dp21_based_tests/run_fbta_91-13_tsai, x441a_dp21_based_tests/run_fbta_91-14_anl_ls, x441a_dp21_based_tests/run_fbta_91-14_anl_conservative, x441a_dp21_based_tests/run_fbta_91-14_tsai, x441a_dp21_based_tests/run_fbta_91-15_anl_ls, x441a_dp21_based_tests/run_fbta_91-15_anl_conservative, x441a_dp21_based_tests/run_fbta_91-15_tsai, x441a_dp21_based_tests/run_fbta_91-16_anl_ls, x441a_dp21_based_tests/run_fbta_91-16_anl_conservative, x441a_dp21_based_tests/run_fbta_91-16_tsai, x441a_dp21_based_tests/run_fbta_91-17_anl_ls, x441a_dp21_based_tests/run_fbta_91-17_anl_conservative, x441a_dp21_based_tests/run_fbta_91-17_tsai, x441a_dp21_based_tests/run_fbta_91-18_anl_ls, x441a_dp21_based_tests/run_fbta_91-18_anl_conservative, x441a_dp21_based_tests/run_fbta_91-18_tsai, x441a_dp21_based_tests/run_fbta_91-19_anl_ls, x441a_dp21_based_tests/run_fbta_91-19_anl_conservative, x441a_dp21_based_tests/run_fbta_91-19_tsai, x441a_dp21_based_tests/run_fbta_91-28_anl_ls, x441a_dp21_based_tests/run_fbta_91-28_anl_conservative, x441a_dp21_based_tests/run_fbta_91-28_tsai
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.264The system shall run the assessment case and compare to an accepted solution that can be compared to experimental measurements for FBTA test number
- 91-20 using ANL_LS correlation,
- 91-20 using ANL_CONSERVATIVE correlation,
- 91-20 using TSAI correlation,
- 91-24 using ANL_LS correlation,
- 91-24 using ANL_CONSERVATIVE correlation,
- 91-24 using TSAI correlation,
- 91-25 using ANL_LS correlation,
- 91-25 using ANL_CONSERVATIVE correlation,
- 91-25 using TSAI correlation,
- 91-26 using ANL_LS correlation,
- 91-26 using ANL_CONSERVATIVE correlation,
- 91-26 using TSAI correlation,
- 91-27 using ANL_LS correlation,
- 91-27 using ANL_CONSERVATIVE correlation,
- 91-27 using TSAI correlation,
- 92-05 using ANL_LS correlation,
- 92-05 using ANL_CONSERVATIVE correlation, and
- 92-05 using TSAI correlation.
Specification(s): x441a_dp24_based_tests/run_fbta_91-20_anl_ls, x441a_dp24_based_tests/run_fbta_91-20_anl_conservative, x441a_dp24_based_tests/run_fbta_91-20_tsai, x441a_dp24_based_tests/run_fbta_91-24_anl_ls, x441a_dp24_based_tests/run_fbta_91-24_anl_conservative, x441a_dp24_based_tests/run_fbta_91-24_tsai, x441a_dp24_based_tests/run_fbta_91-25_anl_ls, x441a_dp24_based_tests/run_fbta_91-25_anl_conservative, x441a_dp24_based_tests/run_fbta_91-25_tsai, x441a_dp24_based_tests/run_fbta_91-26_anl_ls, x441a_dp24_based_tests/run_fbta_91-26_anl_conservative, x441a_dp24_based_tests/run_fbta_91-26_tsai, x441a_dp24_based_tests/run_fbta_91-27_anl_ls, x441a_dp24_based_tests/run_fbta_91-27_anl_conservative, x441a_dp24_based_tests/run_fbta_91-27_tsai, x441a_dp24_based_tests/run_fbta_92-05_anl_ls, x441a_dp24_based_tests/run_fbta_92-05_anl_conservative, x441a_dp24_based_tests/run_fbta_92-05_tsai
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.265The system shall run the assessment case and compare to an accepted solution that can be compared to experimental measurements for FBTA test number
- 91-21 using ANL_LS correlation,
- 91-21 using ANL_CONSERVATIVE correlation,
- 91-21 using TSAI correlation,
- 92-03 using ANL_LS correlation,
- 92-03 using ANL_CONSERVATIVE correlation, and
- 92-03 using TSAI correlation.
Specification(s): x441a_dp29_based_tests/run_fbta_91-21_anl_ls, x441a_dp29_based_tests/run_fbta_91-21_anl_conservative, x441a_dp29_based_tests/run_fbta_91-21_tsai, x441a_dp29_based_tests/run_fbta_92-03_anl_ls, x441a_dp29_based_tests/run_fbta_92-03_anl_conservative, x441a_dp29_based_tests/run_fbta_92-03_tsai
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.266The system shall run the assessment case and compare to an accepted solution that can be compared to experimental measurements for FBTA test number
- 91-22 using ANL_LS correlation,
- 91-22 using ANL_CONSERVATIVE correlation,
- 91-22 using TSAI correlation,
- 92-04 using ANL_LS correlation,
- 92-04 using ANL_CONSERVATIVE correlation,
- 92-04 using TSAI correlation,
- 92-09 using ANL_LS correlation,
- 92-09 using ANL_CONSERVATIVE correlation,
- 92-09 using TSAI correlation,
- 92-12 using ANL_LS correlation,
- 92-12 using ANL_CONSERVATIVE correlation, and
- 92-12 using TSAI correlation.
Specification(s): x441a_dp45_based_tests/run_fbta_91-22_anl_ls, x441a_dp45_based_tests/run_fbta_91-22_anl_conservative, x441a_dp45_based_tests/run_fbta_91-22_tsai, x441a_dp45_based_tests/run_fbta_92-04_anl_ls, x441a_dp45_based_tests/run_fbta_92-04_anl_conservative, x441a_dp45_based_tests/run_fbta_92-04_tsai, x441a_dp45_based_tests/run_fbta_92-09_anl_ls, x441a_dp45_based_tests/run_fbta_92-09_anl_conservative, x441a_dp45_based_tests/run_fbta_92-09_tsai, x441a_dp45_based_tests/run_fbta_92-12_anl_ls, x441a_dp45_based_tests/run_fbta_92-12_anl_conservative, x441a_dp45_based_tests/run_fbta_92-12_tsai
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.267The system shall run the assessment case and compare to an accepted solution that can be compared to experimental measurements for FBTA test number
- 92-07 using ANL_LS correlation,
- 92-07 using ANL_CONSERVATIVE correlation,
- 92-07 using TSAI correlation,
- 92-08 using ANL_LS correlation,
- 92-08 using ANL_CONSERVATIVE correlation,
- 92-08 using TSAI correlation,
- 92-10 using ANL_LS correlation,
- 92-10 using ANL_CONSERVATIVE correlation,
- 92-10 using TSAI correlation,
- 92-13 using ANL_LS correlation,
- 92-13 using ANL_CONSERVATIVE correlation,
- 92-13 using TSAI correlation,
- 92-14 using ANL_LS correlation,
- 92-14 using ANL_CONSERVATIVE correlation, and
- 92-14 using TSAI correlation.
Specification(s): x441a_a850_based_tests/run_fbta_92-07_anl_ls, x441a_a850_based_tests/run_fbta_92-07_anl_conservative, x441a_a850_based_tests/run_fbta_92-07_tsai, x441a_a850_based_tests/run_fbta_92-08_anl_ls, x441a_a850_based_tests/run_fbta_92-08_anl_conservative, x441a_a850_based_tests/run_fbta_92-08_tsai, x441a_a850_based_tests/run_fbta_92-10_anl_ls, x441a_a850_based_tests/run_fbta_92-10_anl_conservative, x441a_a850_based_tests/run_fbta_92-10_tsai, x441a_a850_based_tests/run_fbta_92-13_anl_ls, x441a_a850_based_tests/run_fbta_92-13_anl_conservative, x441a_a850_based_tests/run_fbta_92-13_tsai, x441a_a850_based_tests/run_fbta_92-14_anl_ls, x441a_a850_based_tests/run_fbta_92-14_anl_conservative, x441a_a850_based_tests/run_fbta_92-14_tsai
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.268The system shall run the assessment case and compare to an accepted solution that can be compared to experimental measurements for FBTA test number
- 93-02 using ANL_LS correlation,
- 93-02 using ANL_CONSERVATIVE correlation,
- 93-02 using TSAI correlation,
- 93-03 using ANL_LS correlation,
- 93-03 using ANL_CONSERVATIVE correlation,
- 93-03 using TSAI correlation,
- 93-04 using ANL_LS correlation,
- 93-04 using ANL_CONSERVATIVE correlation,
- 93-04 using TSAI correlation,
- 93-05 using ANL_LS correlation,
- 93-05 using ANL_CONSERVATIVE correlation,
- 93-05 using TSAI correlation,
- 93-06 using ANL_LS correlation,
- 93-06 using ANL_CONSERVATIVE correlation,
- 93-06 using TSAI correlation,
- 93-07 using ANL_LS correlation,
- 93-07 using ANL_CONSERVATIVE correlation,
- 93-07 using TSAI correlation,
- 93-08 using ANL_LS correlation,
- 93-08 using ANL_CONSERVATIVE correlation,
- 93-08 using TSAI correlation,
- 93-09 using ANL_LS correlation,
- 93-09 using ANL_CONSERVATIVE correlation,
- 93-09 using TSAI correlation,
- 93-10 using ANL_LS correlation,
- 93-10 using ANL_CONSERVATIVE correlation,
- 93-10 using TSAI correlation,
- 94-01 using ANL_LS correlation,
- 94-01 using ANL_CONSERVATIVE correlation,
- 94-01 using TSAI correlation,
- 94-02 using ANL_LS correlation,
- 94-02 using ANL_CONSERVATIVE correlation,
- 94-02 using TSAI correlation,
- 94-06 using ANL_LS correlation,
- 94-06 using ANL_CONSERVATIVE correlation, and
- 94-06 using TSAI correlation.
Specification(s): fifr1_181193_based_tests/run_fbta_93-02_anl_ls, fifr1_181193_based_tests/run_fbta_93-02_anl_conservative, fifr1_181193_based_tests/run_fbta_93-02_tsai, fifr1_181193_based_tests/run_fbta_93-03_anl_ls, fifr1_181193_based_tests/run_fbta_93-03_anl_conservative, fifr1_181193_based_tests/run_fbta_93-03_tsai, fifr1_181193_based_tests/run_fbta_93-04_anl_ls, fifr1_181193_based_tests/run_fbta_93-04_anl_conservative, fifr1_181193_based_tests/run_fbta_93-04_tsai, fifr1_181193_based_tests/run_fbta_93-05_anl_ls, fifr1_181193_based_tests/run_fbta_93-05_anl_conservative, fifr1_181193_based_tests/run_fbta_93-05_tsai, fifr1_181193_based_tests/run_fbta_93-06_anl_ls, fifr1_181193_based_tests/run_fbta_93-06_anl_conservative, fifr1_181193_based_tests/run_fbta_93-06_tsai, fifr1_181193_based_tests/run_fbta_93-07_anl_ls, fifr1_181193_based_tests/run_fbta_93-07_anl_conservative, fifr1_181193_based_tests/run_fbta_93-07_tsai, fifr1_181193_based_tests/run_fbta_93-08_anl_ls, fifr1_181193_based_tests/run_fbta_93-08_anl_conservative, fifr1_181193_based_tests/run_fbta_93-08_tsai, fifr1_181193_based_tests/run_fbta_93-09_anl_ls, fifr1_181193_based_tests/run_fbta_93-09_anl_conservative, fifr1_181193_based_tests/run_fbta_93-09_tsai, fifr1_181193_based_tests/run_fbta_93-10_anl_ls, fifr1_181193_based_tests/run_fbta_93-10_anl_conservative, fifr1_181193_based_tests/run_fbta_93-10_tsai, fifr1_181193_based_tests/run_fbta_94-01_anl_ls, fifr1_181193_based_tests/run_fbta_94-01_anl_conservative, fifr1_181193_based_tests/run_fbta_94-01_tsai, fifr1_181193_based_tests/run_fbta_94-02_anl_ls, fifr1_181193_based_tests/run_fbta_94-02_anl_conservative, fifr1_181193_based_tests/run_fbta_94-02_tsai, fifr1_181193_based_tests/run_fbta_94-06_anl_ls, fifr1_181193_based_tests/run_fbta_94-06_anl_conservative, fifr1_181193_based_tests/run_fbta_94-06_tsai
Design: Fuel Behavior Test Apparatus Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Fuel Behavior Test Apparatus Experiments
- 18.184.340The system shall predict the behavior of FFTF IF-R1 U-10Zr experiment and provide results that can be compared with experimental measurements.
Specification(s): IFR1_U-10Zr
Design: FFTF IFR-1 Experiment
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: FFTF IFR-1 Experiment
- 18.184.341The system shall predict the behavior of FFTF IF-R1 U-8Pu-10Zr experiment and provide results that can be compared with experimental measurements.
Specification(s): IFR1_U-8Pu-10Zr
Design: FFTF IFR-1 Experiment
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: FFTF IFR-1 Experiment
- 18.184.342The system shall predict the behavior of FFTF IF-R1 U-19Pu-10Zr experiment and provide results that can be compared with experimental measurements.
Specification(s): IFR1_U-19Pu-10Zr
Design: FFTF IFR-1 Experiment
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: FFTF IFR-1 Experiment
- 18.184.344The system shall predict the behavior of the TREAT M7 experiment and provide results that can be compared with experimental measurements.
Specification(s): binary_t427
Design: TREAT M7 Experiment
Issue(s): #1013
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: TREAT M7 Experiment
- 18.184.346The system shall predict the behavior of the X425 T418 experiment and provide results that can be compared with experimental measurements.
Specification(s): x425_t418
Design: Whole Pin Furnace Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Whole Pin Furnace Experiments
- 18.184.347The system shall predict the behavior of the WPF FM-1 experiment and provide results that can be compared with experimental measurements.
Specification(s): fm-1
Design: Whole Pin Furnace Experiments
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Whole Pin Furnace Experiments
- 18.185.1The system shall predict the behavior of the K4 experiment and provide results that can be compared with experimental measurements.
Specification(s): k4
Design: EBR-II K-4 Experiment
Issue(s): #1212
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II K-4 Experiment
- 18.185.2The system shall predict the behavior of the K4 experiment using the Nuclear Materials action and provide results that can be compared with experimental measurements.
Specification(s): k4_action
Design: EBR-II K-4 Experiment
Issue(s): #1212
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II K-4 Experiment
- 18.185.6The system shall predict the behavior of the SP1 experiment and provide results that can be compared with experimental measurements.
Specification(s): SP1_PIE
Design: EBR-II SP1 Experiments
Issue(s): #1498
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II SP1 Experiments
- 18.185.7The system shall predict the behavior of the SP1 experiment with additional outputs of interest and provide results that can be compared with experimental measurements.
Specification(s): SP1_sync
Design: EBR-II SP1 Experiments
Issue(s): #1498
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: EBR-II SP1 Experiments
- 18.185.10The system shall predict the behavior of JOYO_L4C4 Pin L413 and provide results that can be compared with experimental measurements using
- MN fuel models, and
- MN fuel models and the Nuclear Materials action.
Specification(s): JOYO_L4C4_L413/L413, JOYO_L4C4_L413/L413_action
Design: JOYO Experiments
Issue(s): #1498
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: JOYO Experiments
- 18.185.11The system shall predict the behavior of JOYO_L4C4 Pin L414 and provide results that can be compared with experimental measurements using
- MN fuel models, and
- MN fuel models and the Nuclear Materials action.
Specification(s): JOYO_L4C4_L414/L414, JOYO_L4C4_L414/L414_action
Design: JOYO Experiments
Issue(s): #1498
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: JOYO Experiments
- 18.185.13The system shall predict the behavior of the SNAP50-57-672 experiment and provide results that can be compared with experimental measurements.
Specification(s): SNAP50-57-672_PIE
Design: SNAP-50 Experiments
Issue(s): #1498
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: SNAP-50 Experiments
- 18.185.14The system shall predict the behavior of the SNAP50-57-672 experiment with additional outputs of interest and provide results that can be compared with experimental measurements.
Specification(s): SNAP50-57-672_sync
Design: SNAP-50 Experiments
Issue(s): #1498
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: SNAP-50 Experiments
- 18.185.16The system shall predict the behavior of the PW_SNAP50 UN Pin 26-602-W-17 experiment and provide results that can be compared with experimental measurements.
Specification(s): PW_SNAP50_UN_Pin_26-602-W-17
Design: Pratt and Whitney CANEL SNAP-50 Experiments
Issue(s): #1498
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Pratt and Whitney CANEL SNAP-50 Experiments
- 18.185.17The system shall predict the behavior of the PW_SNAP50 UN Pin 26-602-W-17 experiment using the Nuclear Materials action and provide results that can be compared with experimental measurements.
Specification(s): PW_SNAP50_UN_Pin_26-602-W-17_action
Design: Pratt and Whitney CANEL SNAP-50 Experiments
Issue(s): #1498
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Pratt and Whitney CANEL SNAP-50 Experiments
- 18.185.18The system shall predict the behavior of the PW_SNAP50 UN Pin 26-602-W-18 experiment and provide results that can be compared with experimental measurements.
Specification(s): PW_SNAP50_UN_Pin_26-602-W-18
Design: Pratt and Whitney CANEL SNAP-50 Experiments
Issue(s): #1498
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Pratt and Whitney CANEL SNAP-50 Experiments
- 18.185.19The system shall predict the behavior of the PW_SNAP50 UN Pin 26-602-W-18 experiment using the Nuclear Materials action and provide results that can be compared with experimental measurements.
Specification(s): PW_SNAP50_UN_Pin_26-602-W-18_action
Design: Pratt and Whitney CANEL SNAP-50 Experiments
Issue(s): #1498
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Pratt and Whitney CANEL SNAP-50 Experiments
- 18.185.20The system shall predict the behavior of the PW_SNAP50 UN Pin 26-602-W-19 experiment and provide results that can be compared with experimental measurements.
Specification(s): PW_SNAP50_UN_Pin_26-602-W-19
Design: Pratt and Whitney CANEL SNAP-50 Experiments
Issue(s): #1498
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Pratt and Whitney CANEL SNAP-50 Experiments
- 18.185.21The system shall predict the behavior of the PW_SNAP50 UN Pin 26-602-W-19 experiment using the Nuclear Materials action and provide results that can be compared with experimental measurements.
Specification(s): PW_SNAP50_UN_Pin_26-602-W-19_action
Design: Pratt and Whitney CANEL SNAP-50 Experiments
Issue(s): #1498
Collection(s): FUNCTIONAL
Type(s): CSVDiff
Validation: Pratt and Whitney CANEL SNAP-50 Experiments