Fluid Properties Requirement Traceability Matrix

Introduction

The Requirement Traceability Matrix (RTM) for Fluid Properties captures all requirements and maps each to the associated design documentation and associated test case.

Dependencies

The Fluid Properties application is developed using MOOSE and is based on various modules, as such the RTM for Fluid Properties is dependent upon the following documents.

• Framework Requirements Traceability Matrix

Requirements

The following is a complete list for all the functional requirements including links to the design documents and test cases for Fluid Properties.

• fluid_properties: Brine
• F6.1.1The system shall compute properties of brine

  Specification: brine:brine

  Design: BrineFluidProperties

  Issue(s): #6972

  18
• F6.1.2The system shall compute properties of brine using tabulated water properties

  Specification: brine:brine_tabulated

  Design: BrineFluidProperties

  Issue(s): #6972#12812

  Prerequisite(s): F6.1.1

  18

• fluid_properties: Fp Interrogator
• F6.2.1The fluid properties interrogator shall output static-state fluid properties for (p, T) input.

  Specification: fp_interrogator:1ph.p_T

  Design: FluidPropertiesInterrogator

  Issue(s): #12995

  13
• F6.2.2The fluid properties interrogator shall output static-state fluid properties for (p, T) input in JSON format.

  Specification: fp_interrogator:1ph.p_T.json

  Design: FluidPropertiesInterrogator

  Issue(s): #13741

  13
• F6.2.3The fluid properties interrogator shall output static-state fluid properties for (rho, e) input.

  Specification: fp_interrogator:1ph.rho_e

  Design: FluidPropertiesInterrogator

  Issue(s): #12995

  13
• F6.2.4The fluid properties interrogator shall output static-state fluid properties for (rho, e) input in JSON format.

  Specification: fp_interrogator:1ph.rho_e.json

  Design: FluidPropertiesInterrogator

  Issue(s): #13741

  13
• F6.2.5The fluid properties interrogator shall output static-state fluid properties for (rho, p) input.

  Specification: fp_interrogator:1ph.rho_p

  Design: FluidPropertiesInterrogator

  Issue(s): #12995

  13
• F6.2.6The fluid properties interrogator shall output static-state fluid properties for (rho, p) input in JSON format.

  Specification: fp_interrogator:1ph.rho_p.json

  Design: FluidPropertiesInterrogator

  Issue(s): #13741

  13
• F6.2.7The fluid properties interrogator shall output static-state and stagnation-state fluid properties for (rho, rhou, rhoE) input with a single-phase fluid properties object.

  Specification: fp_interrogator:1ph.rho_rhou_rhoE

  Design: FluidPropertiesInterrogator

  Issue(s): #12995

  13
• F6.2.8The fluid properties interrogator shall output static-state and stagnation-state fluid properties for (rho, rhou, rhoE) input with a single-phase fluid properties object in JSON format.

  Specification: fp_interrogator:1ph.rho_rhou_rhoE.json

  Design: FluidPropertiesInterrogator

  Issue(s): #13741

  13
• F6.2.9The fluid properties interrogator shall output two-phase and static-state, single-phase fluid properties for (p, T) input with a two-phase fluid properties object.

  Specification: fp_interrogator:2ph.p_T

  Design: FluidPropertiesInterrogator

  Issue(s): #12995

  13
• F6.2.10The fluid properties interrogator shall output two-phase and static-state, single-phase fluid properties for (p, T) input with a two-phase fluid properties object in JSON format.

  Specification: fp_interrogator:2ph.p_T.json

  Design: FluidPropertiesInterrogator

  Issue(s): #13741

  13
• F6.2.11The fluid properties interrogator shall output two-phase and static-state, single-phase fluid properties for (p, T) input with a two-phase NCG fluid properties object.

  Specification: fp_interrogator:2ph_ncg_p_T

  Design: FluidPropertiesInterrogator

  Issue(s): #12995

  13
• F6.2.12The fluid properties interrogator shall output two-phase and static-state, single-phase fluid properties for (p, T) input with a two-phase NCG fluid properties object in JSON format.

  Specification: fp_interrogator:2ph_ncg_p_T.json

  Design: FluidPropertiesInterrogator

  Issue(s): #13741

  13
• F6.2.13The fluid properties interrogator shall output static-state, single-phase fluid properties for (rho, e) input with a vapor mixture fluid properties object.

  Specification: fp_interrogator:vapor_mixture_rho_e

  Design: FluidPropertiesInterrogator

  Issue(s): #12995

  13
• F6.2.14The fluid properties interrogator shall output static-state, single-phase fluid properties for (rho, e) input with a vapor mixture fluid properties object in JSON format.

  Specification: fp_interrogator:vapor_mixture_rho_e.json

  Design: FluidPropertiesInterrogator

  Issue(s): #13741

  13
• F6.2.15The fluid properties interrogator shall output two-phase fluid properties for (p) input with a two-phase fluid properties object.

  Specification: fp_interrogator:2ph_p

  Design: FluidPropertiesInterrogator

  Issue(s): #12995

  13
• F6.2.16The fluid properties interrogator shall output two-phase fluid properties for (p) input with a two-phase fluid properties object in JSON format.

  Specification: fp_interrogator:2ph_p.json

  Design: FluidPropertiesInterrogator

  Issue(s): #13741

  13
• F6.2.17The fluid properties interrogator shall output two-phase fluid properties for (T) input with a two-phase fluid properties object.

  Specification: fp_interrogator:2ph_T

  Design: FluidPropertiesInterrogator

  Issue(s): #12995

  13
• F6.2.18The fluid properties interrogator shall output two-phase fluid properties for (T) input with a two-phase fluid properties object in JSON format.

  Specification: fp_interrogator:2ph_T.json

  Design: FluidPropertiesInterrogator

  Issue(s): #13741

  13
• F6.2.19The fluid properties interrogator shall throw an error if an incompatible fluid properties object is supplied.

  Specification: fp_interrogator:err.wrong_fp_type

  Design: FluidPropertiesInterrogator

  Issue(s): #12995

  13
• F6.2.20The fluid properties interrogator shall throw an error if an extraneous parameter(s) are supplied.

  Specification: fp_interrogator:err.extraneous_parameter

  Design: FluidPropertiesInterrogator

  Issue(s): #12995

  13
• F6.2.21The fluid properties interrogator shall throw an error if an no valid input sets were supplied.

  Specification: fp_interrogator:err.no_params

  Design: FluidPropertiesInterrogator

  Issue(s): #12995

  13

• fluid_properties: Interfaces
• F6.3.1The system should produce a warning when a NaN is produced and user required that the execution would not terminate

  Specification: interfaces/nan_interface:quiet_nan

  Design: NaNInterface

  Issue(s): #12234#12350

  4
• F6.3.2The system should report an error when a NaN is produced by a computation in DEBUG mode, by default

  Specification: interfaces/nan_interface:signaling_nan_dbg

  Design: NaNInterface

  Issue(s): #12234#12350

  4
• F6.3.3The system should not report an error when a NaN is produced by a computation in OPT mode, by default

  Specification: interfaces/nan_interface:signaling_nan_opt

  Design: NaNInterface

  Issue(s): #12234#12350

  13

[./brine]
  type = CSVDiff
  input = 'brine.i'
  csvdiff = 'brine_out.csv'
  allow_test_objects = true
  threading = '!pthreads'
  requirement = 'The system shall compute properties of brine'
  design = 'BrineFluidProperties.md'
  issues = '#6972'
[../]

[./brine_tabulated]
  type = CSVDiff
  input = 'brine_tabulated.i'
  csvdiff = 'brine_out.csv'
  allow_test_objects = true
  threading = '!pthreads'
  prereq = brine
  requirement = 'The system shall compute properties of brine using tabulated water properties'
  design = 'BrineFluidProperties.md'
  issues = '#6972 #12812'
[../]

[./1ph.p_T]
  type = 'RunApp'
  input = '1ph.p_T.i'
  allow_warnings = true
  method = 'OPT'
  threading = '!pthreads'
  expect_out = 'Single-phase STATIC properties:
--------------------------------------------------------------------------------
Pressure:                              1.0000000000e\+05  Pa
Temperature:                                        300  K
Density:                                    1.162655505  kg/m\^3
Specific volume:                                 0.8601  m\^3/kg
Specific internal energy:              2.1502500000e\+05  J/kg
Specific enthalpy:                     3.0103500000e\+05  J/kg
Specific entropy:                           2422.704793  J/kg

Sound speed:                                347.0072045  m/s
Dynamic viscosity:                     1.8230000000e-05  Pa-s
Specific heat at constant pressure:             1003.45  J/\(kg-K\)
Specific heat at constant volume:                716.75  J/\(kg-K\)
Thermal conductivity:                           0.02568  W/\(m-K\)
Volumetric expansion coefficient:        0.003333333333  1/K'

  requirement = "The fluid properties interrogator shall output static-state fluid properties for (p, T) input."
  issues = '#12995'
  design = 'FluidPropertiesInterrogator.md'
[../]

[./1ph.p_T.json]
  type = 'RunApp'
  input = '1ph.p_T.i'
  cli_args = 'FluidPropertiesInterrogator/json=true'
  allow_warnings = true
  method = 'OPT'
  threading = '!pthreads'
  expect_out = '{\n\t"static" :\s+{
\s+"T" : 300.0,
\s+"beta" : 0.0033333333333333335,
\s+"c" : 347.00720453615946,
\s+"cp" : 1003.45,
\s+"cv" : 716.75000000000011,
\s+"e" : 215025.00000000006,
\s+"h" : 301035.0,
\s+"k" : 0.025680000000000001,
\s+"mu" : 1.823e-05,
\s+"p" : 100000.0,
\s+"rho" : 1.162655505173817,
\s+"s" : 2422.7047933868012,
\s+"v" : 0.86009999999999998
\s+}\s+}'

  requirement = "The fluid properties interrogator shall output static-state fluid properties for (p, T) input in JSON format."
  issues = '#13741'
  design = 'FluidPropertiesInterrogator.md'
[../]

[./1ph.rho_e]
  type = 'RunApp'
  input = '1ph.rho_e.i'
  allow_warnings = true
  method = 'OPT'
  threading = '!pthreads'
  expect_out = 'Single-phase STATIC properties:
--------------------------------------------------------------------------------
Pressure:                              8.6010000000e\+04  Pa
Temperature:                                        300  K
Density:                                              1  kg/m\^3
Specific volume:                                      1  m\^3/kg
Specific internal energy:              2.1502500000e\+05  J/kg
Specific enthalpy:                     3.0103500000e\+05  J/kg
Specific entropy:                           2465.912381  J/kg

Sound speed:                                347.0072045  m/s
Dynamic viscosity:                     1.8230000000e-05  Pa-s
Specific heat at constant pressure:             1003.45  J/\(kg-K\)
Specific heat at constant volume:                716.75  J/\(kg-K\)
Thermal conductivity:                           0.02568  W/\(m-K\)
Volumetric expansion coefficient:        0.003333333333  1/K'

  requirement = "The fluid properties interrogator shall output static-state fluid properties for (rho, e) input."
  issues = '#12995'
  design = 'FluidPropertiesInterrogator.md'
[../]

[./1ph.rho_e.json]
  type = 'RunApp'
  input = '1ph.rho_e.i'
  cli_args = 'FluidPropertiesInterrogator/json=true'
  allow_warnings = true
  method = 'OPT'
  threading = '!pthreads'
  expect_out = '{\s+"static" : \s+{
\s+"T" : 299.99999999999994,
\s+"beta" : 0.0033333333333333344,
\s+"c" : 347.00720453615941,
\s+"cp" : 1003.45,
\s+"cv" : 716.75000000000011,
\s+"e" : 215025.0,
\s+"h" : 301034.99999999994,
\s+"k" : 0.025680000000000001,
\s+"mu" : 1.823e-05,
\s+"p" : 86009.999999999985,
\s+"rho" : 1.0,
\s+"s" : 2465.9123806024636,
\s+"v" : 1.0
\s+}\s+}'

  requirement = "The fluid properties interrogator shall output static-state fluid properties for (rho, e) input in JSON format."
  issues = '#13741'
  design = 'FluidPropertiesInterrogator.md'
[../]

[./1ph.rho_p]
  type = 'RunApp'
  input = '1ph.rho_p.i'
  allow_warnings = true
  method = 'OPT'
  threading = '!pthreads'
  expect_out = 'Single-phase STATIC properties:
--------------------------------------------------------------------------------
Pressure:                              1.0000000000e\+05  Pa
Temperature:                                348.7966516  K
Density:                                              1  kg/m\^3
Specific volume:                                      1  m\^3/kg
Specific internal energy:              2.5000000000e\+05  J/kg
Specific enthalpy:                     3.5000000000e\+05  J/kg
Specific entropy:                           2573.931349  J/kg

Sound speed:                                374.1657387  m/s
Dynamic viscosity:                     1.8230000000e-05  Pa-s
Specific heat at constant pressure:             1003.45  J/\(kg-K\)
Specific heat at constant volume:                716.75  J/\(kg-K\)
Thermal conductivity:                           0.02568  W/\(m-K\)
Volumetric expansion coefficient:              0.002867  1/K'

  requirement = "The fluid properties interrogator shall output static-state fluid properties for (rho, p) input."
  issues = '#12995'
  design = 'FluidPropertiesInterrogator.md'
[../]

[./1ph.rho_p.json]
  type = 'RunApp'
  input = '1ph.rho_p.i'
  cli_args = 'FluidPropertiesInterrogator/json=true'
  allow_warnings = true
  method = 'OPT'
  threading = '!pthreads'
  expect_out = '{\s+"static" :\s+{
\s+"T" : 348.79665155214514,
\s+"beta" : 0.0028669999999999998,
\s+"c" : 374.16573867739413,
\s+"cp" : 1003.45,
\s+"cv" : 716.75000000000011,
\s+"e" : 250000.00000000006,
\s+"h" : 350000.00000000006,
\s+"k" : 0.025680000000000001,
\s+"mu" : 1.823e-05,
\s+"p" : 100000.0,
\s+"rho" : 1.0,
\s+"s" : 2573.9313486416199,
\s+"v" : 1.0
\s+}\s+}'

  requirement = "The fluid properties interrogator shall output static-state fluid properties for (rho, p) input in JSON format."
  issues = '#13741'
  design = 'FluidPropertiesInterrogator.md'
[../]

[./1ph.rho_rhou_rhoE]
  type = 'RunApp'
  input = '1ph.rho_rhou_rhoE.i'
  allow_warnings = true
  method = 'OPT'
  threading = '!pthreads'
  expect_out = 'Single-phase STATIC properties:
--------------------------------------------------------------------------------
Pressure:                                             1  Pa
Temperature:                                        2.8  K
Density:                                            0.5  kg/m\^3
Specific volume:                                      2  m\^3/kg
Specific internal energy:                             5  J/kg
Specific enthalpy:                                    7  J/kg
Specific entropy:                           2.574048543  J/kg

Sound speed:                                1.673320053  m/s
Dynamic viscosity:                     1.8230000000e-05  Pa-s
Specific heat at constant pressure:                 2.5  J/\(kg-K\)
Specific heat at constant volume:           1.785714286  J/\(kg-K\)
Thermal conductivity:                           0.02568  W/\(m-K\)
Volumetric expansion coefficient:          0.3571428571  1/K



Single-phase STAGNATION properties:
--------------------------------------------------------------------------------
Pressure:                                    1.27312569  Pa
Temperature:                                          3  K
Density:                                   0.5941253221  kg/m\^3
Specific volume:                            1.683146573  m\^3/kg
Specific internal energy:                   5.357142857  J/kg
Specific enthalpy:                                  7.5  J/kg
Specific entropy:                           2.574048543  J/kg

Sound speed:                                1.732050808  m/s
Dynamic viscosity:                     1.8230000000e-05  Pa-s
Specific heat at constant pressure:                 2.5  J/\(kg-K\)
Specific heat at constant volume:           1.785714286  J/\(kg-K\)
Thermal conductivity:                           0.02568  W/\(m-K\)
Volumetric expansion coefficient:          0.3333333333  1/K'

  requirement = "The fluid properties interrogator shall output static-state and stagnation-state fluid properties for (rho, rhou, rhoE) input with a single-phase fluid properties object."
  issues = '#12995'
  design = 'FluidPropertiesInterrogator.md'
[../]

[./1ph.rho_rhou_rhoE.json]
  type = 'RunApp'
  input = '1ph.rho_rhou_rhoE.i'
  cli_args = 'FluidPropertiesInterrogator/json=true'
  allow_warnings = true
  method = 'OPT'
  threading = '!pthreads'
  expect_out = '{\s+"stagnation" :\s+{
\s+"T0" : 2.9999999999999982,
\s+"beta0" : 0.33333333333333354,
\s+"c0" : 1.7320508075688767,
\s+"cp0" : 2.5000000000000004,
\s+"cv0" : 1.7857142857142863,
\s+"e0" : 5.3571428571428559,
\s+"h0" : 7.4999999999999982,
\s+"k0" : 0.025680000000000001,
\s+"mu0" : 1.823e-05,
\s+"p0" : 1.2731256902954322,
\s+"rho0" : 0.59412532213786862,
\s+"s0" : 2.5740485429528954,
\s+"v0" : 1.6831465731870403,
\s+"vel" : 1.0
\s+},
\s+"static" : \s+{
\s+"T" : 2.7999999999999989,
\s+"beta" : 0.35714285714285732,
\s+"c" : 1.6733200530681507,
\s+"cp" : 2.5000000000000004,
\s+"cv" : 1.7857142857142863,
\s+"e" : 5.0,
\s+"h" : 6.9999999999999982,
\s+"k" : 0.025680000000000001,
\s+"mu" : 1.823e-05,
\s+"p" : 0.99999999999999978,
\s+"rho" : 0.5,
\s+"s" : 2.5740485429528954,
\s+"v" : 2.0
\s+}\s+}'

  requirement = "The fluid properties interrogator shall output static-state and stagnation-state fluid properties for (rho, rhou, rhoE) input with a single-phase fluid properties object in JSON format."
  issues = '#13741'
  design = 'FluidPropertiesInterrogator.md'
[../]

[./2ph.p_T]
  type = 'RunApp'
  input = '2ph.p_T.i'
  allow_test_objects = true
  allow_warnings = true
  method = 'OPT'
  threading = '!pthreads'
  expect_out = 'TWO-PHASE properties:
--------------------------------------------------------------------------------
Critical pressure:                                   25  Pa
Latent heat of vaporization:           6.8896500000e\+05  J/kg



LIQUID phase STATIC properties:
--------------------------------------------------------------------------------
Pressure:                              1.0000000000e\+05  Pa
Temperature:                                        300  K
Density:                                    1.162655505  kg/m\^3
Specific volume:                                 0.8601  m\^3/kg
Specific internal energy:              2.1502500000e\+05  J/kg
Specific enthalpy:                     3.0103500000e\+05  J/kg
Specific entropy:                           2422.704793  J/kg

Sound speed:                                347.0072045  m/s
Dynamic viscosity:                     1.8230000000e-05  Pa-s
Specific heat at constant pressure:             1003.45  J/\(kg-K\)
Specific heat at constant volume:                716.75  J/\(kg-K\)
Thermal conductivity:                           0.02568  W/\(m-K\)
Volumetric expansion coefficient:        0.003333333333  1/K



VAPOR phase STATIC properties:
--------------------------------------------------------------------------------
Pressure:                              1.0000000000e\+05  Pa
Temperature:                                        300  K
Density:                                    1.111111111  kg/m\^3
Specific volume:                                    0.9  m\^3/kg
Specific internal energy:              9.0000000000e\+05  J/kg
Specific enthalpy:                     9.9000000000e\+05  J/kg
Specific entropy:                      1.5368604527e\+04  J/kg

Sound speed:                                314.6426545  m/s
Dynamic viscosity:                     1.7000000000e-05  Pa-s
Specific heat at constant pressure:                3300  J/\(kg-K\)
Specific heat at constant volume:                  3000  J/\(kg-K\)
Thermal conductivity:                              0.05  W/\(m-K\)
Volumetric expansion coefficient:        0.003333333333  1/K'

  requirement = "The fluid properties interrogator shall output two-phase and static-state, single-phase fluid properties for (p, T) input with a two-phase fluid properties object."
  issues = '#12995'
  design = 'FluidPropertiesInterrogator.md'
[../]

[./2ph.p_T.json]
  type = 'RunApp'
  input = '2ph.p_T.i'
  cli_args = 'FluidPropertiesInterrogator/json=true'
  allow_test_objects = true
  allow_warnings = true
  method = 'OPT'
  threading = '!pthreads'
  expect_out = '{\s+"2-phase" :\s+{
\s+"h_lat" : 688964.99999999919,
\s+"p_critical" : 25.0
\s+},
\s+"liquid" : \s+{\s+"static" : \s+{
\s+"T" : 300.0,
\s+"beta" : 0.0033333333333333335,
\s+"c" : 347.00720453615946,
\s+"cp" : 1003.45,
\s+"cv" : 716.75000000000011,
\s+"e" : 215025.00000000006,
\s+"h" : 301035.0,
\s+"k" : 0.025680000000000001,
\s+"mu" : 1.823e-05,
\s+"p" : 100000.0,
\s+"rho" : 1.162655505173817,
\s+"s" : 2422.7047933868012,
\s+"v" : 0.86009999999999998
\s+}\s+},
\s+"vapor" : \s+{\s+"static" : \s+{
\s+"T" : 300.0,
\s+"beta" : 0.0033333333333333331,
\s+"c" : 314.64265445104542,
\s+"cp" : 3299.9999999999973,
\s+"cv" : 2999.9999999999973,
\s+"e" : 899999.99999999907,
\s+"h" : 989999.99999999919,
\s+"k" : 0.050000000000000003,
\s+"mu" : 1.7e-05,
\s+"p" : 100000.0,
\s+"rho" : 1.1111111111111112,
\s+"s" : 15368.60452687438,
\s+"v" : 0.89999999999999991
\s+}\s+}\s+}'

  requirement = "The fluid properties interrogator shall output two-phase and static-state, single-phase fluid properties for (p, T) input with a two-phase fluid properties object in JSON format."
  issues = '#13741'
  design = 'FluidPropertiesInterrogator.md'
[../]

[./2ph_ncg_p_T]
  type = 'RunApp'
  input = '2ph_ncg_p_T.i'
  allow_test_objects = true
  allow_warnings = true
  method = 'OPT'
  threading = '!pthreads'
  expect_out = 'TWO-PHASE properties:
--------------------------------------------------------------------------------
Critical pressure:                                   25  Pa
Latent heat of vaporization:           8.7784021256e\+05  J/kg



LIQUID phase STATIC properties:
--------------------------------------------------------------------------------
Pressure:                              1.0000000000e\+05  Pa
Temperature:                                372.7559289  K
Density:                                    0.993600213  kg/m\^3
Specific volume:                            1.006441008  m\^3/kg
Specific internal energy:              2.5161025201e\+05  J/kg
Specific enthalpy:                     3.5225435281e\+05  J/kg
Specific entropy:                           2486.783172  J/kg

Sound speed:                                375.3688068  m/s
Dynamic viscosity:                     1.8230000000e-05  Pa-s
Specific heat at constant pressure:                 945  J/\(kg-K\)
Specific heat at constant volume:                   675  J/\(kg-K\)
Thermal conductivity:                           0.02568  W/\(m-K\)
Volumetric expansion coefficient:        0.002682720575  1/K



Vapor mixture STATIC properties:
--------------------------------------------------------------------------------
Pressure:                              1.0000000000e\+05  Pa
Temperature:                                372.7559289  K
Density:                                   0.8972309616  kg/m\^3
Specific volume:                            1.114540227  m\^3/kg
Specific internal energy:              1.0334658129e\+06  J/kg
Specific enthalpy:                     1.1449198356e\+06  J/kg

Sound speed:                                351.3883482  m/s
Dynamic viscosity:                     1.8230000000e-05  Pa-s
Specific heat at constant pressure:              3071.5  J/\(kg-K\)
Specific heat at constant volume:                2772.5  J/\(kg-K\)
Thermal conductivity:                           0.02568  W/\(m-K\)'

  requirement = "The fluid properties interrogator shall output two-phase and static-state, single-phase fluid properties for (p, T) input with a two-phase NCG fluid properties object."
  issues = '#12995'
  design = 'FluidPropertiesInterrogator.md'
[../]

[./2ph_ncg_p_T.json]
  type = 'RunApp'
  input = '2ph_ncg_p_T.i'
  cli_args = 'FluidPropertiesInterrogator/json=true'
  allow_test_objects = true
  allow_warnings = true
  method = 'OPT'
  threading = '!pthreads'
  expect_out = '{\s+"2-phase" :\s+{
\s+"h_lat" : 877840.21255949896,
\s+"p_critical" : 25.0
\s+},
\s+"liquid" : \s+{\s+"static" : \s+{
\s+"T" : 372.75592890000001,
\s+"beta" : 0.00268272057523268,
\s+"c" : 375.36880680765148,
\s+"cp" : 945.00000000000023,
\s+"cv" : 675.00000000000023,
\s+"e" : 251610.25200750006,
\s+"h" : 352254.35281050007,
\s+"k" : 0.025680000000000001,
\s+"mu" : 1.823e-05,
\s+"p" : 100000.0,
\s+"rho" : 0.9936002130491407,
\s+"s" : 2486.7831715469661,
\s+"v" : 1.0064410080300001
\s+}\s+\s+},
\s+"vapor-mixture" :\s+\s+{\s+"static" : \s+{
\s+"T" : 372.75592890000001,
\s+"c" : 351.38834822907705,
\s+"cp" : 3071.4999999999977,
\s+"cv" : 2772.4999999999977,
\s+"e" : 1033465.8128752492,
\s+"h" : 1144919.8356163495,
\s+"k" : 0.025680000000000001,
\s+"mu" : 1.8230000000000003e-05,
\s+"p" : 100000.0,
\s+"rho" : 0.89723096161627924,
\s+"v" : 1.1145402274110021
\s+}\s+}\s+}'

  requirement = "The fluid properties interrogator shall output two-phase and static-state, single-phase fluid properties for (p, T) input with a two-phase NCG fluid properties object in JSON format."
  issues = '#13741'
  design = 'FluidPropertiesInterrogator.md'
[../]

[./vapor_mixture_rho_e]
  type = 'RunApp'
  input = 'vapor_mixture_rho_e.i'
  allow_test_objects = true
  allow_warnings = true
  method = 'OPT'
  threading = '!pthreads'
  expect_out = 'Vapor mixture STATIC properties:
--------------------------------------------------------------------------------
Pressure:                              9.0404345635e\+05  Pa
Temperature:                                2547.214296  K
Density:                                    1.187005237  kg/m\^3
Specific volume:                           0.8424562661  m\^3/kg
Specific internal energy:              2.4771659033e\+06  J/kg
Specific enthalpy:                     3.2387829780e\+06  J/kg

Sound speed:                                997.8878004  m/s
Dynamic viscosity:                     1.8230000000e-05  Pa-s
Specific heat at constant pressure:              1271.5  J/\(kg-K\)
Specific heat at constant volume:                 972.5  J/\(kg-K\)
Thermal conductivity:                           0.02568  W/\(m-K\)'

  requirement = "The fluid properties interrogator shall output static-state, single-phase fluid properties for (rho, e) input with a vapor mixture fluid properties object."
  issues = '#12995'
  design = 'FluidPropertiesInterrogator.md'
[../]

[./vapor_mixture_rho_e.json]
  type = 'RunApp'
  input = 'vapor_mixture_rho_e.i'
  cli_args = 'FluidPropertiesInterrogator/json=true'
  allow_test_objects = true
  allow_warnings = true
  method = 'OPT'
  threading = '!pthreads'
  expect_out = '{\s+"static" :\s+{
\s+"T" : 2547.2142964755967,
\s+"c" : 997.88780036684204,
\s+"cp" : 1271.4999999999998,
\s+"cv" : 972.49999999999977,
\s+"e" : 2477165.9033225174,
\s+"h" : 3238782.9779687207,
\s+"k" : 0.025680000000000001,
\s+"mu" : 1.8230000000000003e-05,
\s+"p" : 904043.45635087707,
\s+"rho" : 1.1870052372064208,
\s+"v" : 0.84245626611847835
\s+}\s+}'

  requirement = "The fluid properties interrogator shall output static-state, single-phase fluid properties for (rho, e) input with a vapor mixture fluid properties object in JSON format."
  issues = '#13741'
  design = 'FluidPropertiesInterrogator.md'
[../]

[./2ph_p]
  type = 'RunApp'
  input = '2ph.p.i'
  allow_test_objects = true
  allow_warnings = true
  method = 'OPT'
  threading = '!pthreads'
  expect_out = 'TWO-PHASE properties:
--------------------------------------------------------------------------------
Critical pressure:                                   25  Pa
Saturation temperature:                2.0000000000e\+05  K
Latent heat of vaporization:           4.5931000000e\+08  J/kg'

  requirement = "The fluid properties interrogator shall output two-phase fluid properties for (p) input with a two-phase fluid properties object."
  issues = '#12995'
  design = 'FluidPropertiesInterrogator.md'
[../]

[./2ph_p.json]
  type = 'RunApp'
  input = '2ph.p.i'
  cli_args = 'FluidPropertiesInterrogator/json=true'
  allow_test_objects = true
  allow_warnings = true
  method = 'OPT'
  threading = '!pthreads'
  expect_out = '{\s+"2-phase" :\s+{
\s+"T_sat" : 200000.0,
\s+"h_lat" : 459309999.9999994,
\s+"p_critical" : 25.0
\s+}\s+}'

  requirement = "The fluid properties interrogator shall output two-phase fluid properties for (p) input with a two-phase fluid properties object in JSON format."
  issues = '#13741'
  design = 'FluidPropertiesInterrogator.md'
[../]

[./2ph_T]
  type = 'RunApp'
  input = '2ph.T.i'
  allow_test_objects = true
  allow_warnings = true
  method = 'OPT'
  threading = '!pthreads'
  expect_out = 'TWO-PHASE properties:
--------------------------------------------------------------------------------
Critical pressure:                                   25  Pa
Saturation pressure:                                900  Pa
Latent heat of vaporization:           6.8896500000e\+05  J/kg
Surface tension:                                   1500  N/m'

  requirement = "The fluid properties interrogator shall output two-phase fluid properties for (T) input with a two-phase fluid properties object."
  issues = '#12995'
  design = 'FluidPropertiesInterrogator.md'
[../]

[./2ph_T.json]
  type = 'RunApp'
  input = '2ph.T.i'
  cli_args = 'FluidPropertiesInterrogator/json=true'
  allow_test_objects = true
  allow_warnings = true
  method = 'OPT'
  threading = '!pthreads'
  expect_out = '{\s+"2-phase" :\s+{
\s+"h_lat" : 688964.99999999919,
\s+"p_critical" : 25.0,
\s+"p_sat" : 900.0,
\s+"sigma" : 1500.0
\s+}\s+}'

  requirement = "The fluid properties interrogator shall output two-phase fluid properties for (T) input with a two-phase fluid properties object in JSON format."
  issues = '#13741'
  design = 'FluidPropertiesInterrogator.md'
[../]

[./err.wrong_fp_type]
  type = RunException
  input = 'err.wrong_fp_type.i'
  allow_warnings = true
  method = 'OPT'
  threading = '!pthreads'
  expect_err = "The type of the parameter 'fp' must be derived from type 'SinglePhaseFluidProperties', 'VaporMixtureFluidProperties', or 'TwoPhaseFluidProperties'"

  requirement = "The fluid properties interrogator shall throw an error if an
      incompatible fluid properties object is supplied."
  issues = '#12995'
  design = 'FluidPropertiesInterrogator.md'
[../]

[./err.extraneous_parameter]
  type = RunException
  input = '1ph.rho_e.i'
  allow_warnings = true
  method = 'OPT'
  threading = '!pthreads'
  expect_err = "fp_interrogator\: \(rho\,e\) has been specified\; T cannot be specified\."
  cli_args = "FluidPropertiesInterrogator/T=300"

  requirement = "The fluid properties interrogator shall throw an error if an
      extraneous parameter(s) are supplied."
  issues = '#12995'
  design = 'FluidPropertiesInterrogator.md'
[../]

[./err.no_params]
  type = RunException
  input = 'err.no_params.i'
  allow_warnings = true
  method = 'OPT'
  threading = '!pthreads'
  expect_err = "fp_interrogator\: For one-phase fluid properties\, you must provide one of the following
combinations of thermodynamic properties:"

  requirement = "The fluid properties interrogator shall throw an error if an
      no valid input sets were supplied."
  issues = '#12995'
  design = 'FluidPropertiesInterrogator.md'
[../]

[./quiet_nan]
  type = 'RunException'
  input = 'nan_interface.i'
  cli_args = 'Modules/FluidProperties/fp/emit_on_nan=warning'
  allow_test_objects = True
  method = 'DBG'
  threading = '!pthreads'

  requirement = 'The system should produce a warning when a NaN is produced and user required that the execution would not terminate'
  expect_err = "fp: A NaN was produced."
  design = '/NaNInterface.md'
  issues = '#12234 #12350'
[../]

[./signaling_nan_dbg]
  type = 'RunException'
  input = 'nan_interface.i'
  allow_test_objects = True
  method = 'DBG'
  threading = '!pthreads'

  requirement = 'The system should report an error when a NaN is produced by a computation in DEBUG mode, by default'
  expect_err = "fp: A NaN was produced."
  design = '/NaNInterface.md'
  issues = '#12234 #12350'
[../]

[./signaling_nan_opt]
  type = 'RunApp'
  input = 'nan_interface.i'
  allow_test_objects = True
  method = 'OPT'
  threading = '!pthreads'

  requirement = 'The system should not report an error when a NaN is produced by a computation in OPT mode, by default'
  design = '/NaNInterface.md'
  issues = '#12234 #12350'
[../]