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GRINS-0.8.0
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Variables | |
| const libMesh::Real | pi = 3.141592653589793 |
| const libMesh::Real | two_pi = 2.0*pi |
| const libMesh::Real | R_universal = 8314.4621 |
| Universal Gas Constant, R, [J/(kmol-K)]. More... | |
| const libMesh::Real | Avogadro = 6.02214179e23 |
| Avogadro's number, [particles/mol]. More... | |
| const libMesh::Real | Boltzmann = 1.38064852e-23 |
| Boltzmann Constant, [J/K]. More... | |
| const libMesh::Real | c_vacuum = 299792458 |
| Speed of light in a vacuum, [m/s]. More... | |
| const libMesh::Real | atmosphere_Pa = 101325.0 |
| 1 atmosphere in Pascals, [Pa/atm] More... | |
| const libMesh::Real | second_rad_const = 1.43877736e-2 |
| Second Radiation Constant hc/k, [m K]. More... | |
| const libMesh::Real GRINS::Constants::atmosphere_Pa = 101325.0 |
1 atmosphere in Pascals, [Pa/atm]
Definition at line 58 of file physical_constants.h.
Referenced by GRINS::AbsorptionCoeff< Chemistry >::d_kv_dP(), GRINS::AbsorptionCoeff< Chemistry >::d_kv_dT(), GRINS::AbsorptionCoeff< Chemistry >::d_kv_dY(), GRINS::AbsorptionCoeff< Chemistry >::d_nu_dP(), GRINS::AbsorptionCoeff< Chemistry >::d_nuC_dP(), GRINS::AbsorptionCoeff< Chemistry >::d_nuC_dT(), GRINS::AbsorptionCoeff< Chemistry >::d_nuC_dY(), GRINS::AbsorptionCoeff< Chemistry >::dS_dP(), GRINS::AbsorptionCoeff< Chemistry >::dS_dT(), GRINS::AbsorptionCoeff< Chemistry >::get_nu(), GRINS::AbsorptionCoeff< Chemistry >::kv(), GRINS::AbsorptionCoeff< Chemistry >::nu_C(), and GRINS::AbsorptionCoeff< Chemistry >::Sw().
| const libMesh::Real GRINS::Constants::Avogadro = 6.02214179e23 |
Avogadro's number, [particles/mol].
Definition at line 43 of file physical_constants.h.
Referenced by GRINS::AbsorptionCoeff< Chemistry >::d_nuD_dP(), GRINS::AbsorptionCoeff< Chemistry >::d_nuD_dT(), and GRINS::AbsorptionCoeff< Chemistry >::nu_D().
| const libMesh::Real GRINS::Constants::Boltzmann = 1.38064852e-23 |
Boltzmann Constant, [J/K].
Definition at line 48 of file physical_constants.h.
Referenced by GRINS::AbsorptionCoeff< Chemistry >::d_nuD_dP(), GRINS::AbsorptionCoeff< Chemistry >::d_nuD_dT(), GRINS::AbsorptionCoeff< Chemistry >::dS_dP(), GRINS::AbsorptionCoeff< Chemistry >::dS_dT(), GRINS::AbsorptionCoeff< Chemistry >::nu_D(), and GRINS::AbsorptionCoeff< Chemistry >::Sw().
| const libMesh::Real GRINS::Constants::c_vacuum = 299792458 |
Speed of light in a vacuum, [m/s].
Definition at line 53 of file physical_constants.h.
Referenced by GRINS::AbsorptionCoeff< Chemistry >::d_nuD_dP(), GRINS::AbsorptionCoeff< Chemistry >::d_nuD_dT(), and GRINS::AbsorptionCoeff< Chemistry >::nu_D().
| const libMesh::Real GRINS::Constants::pi = 3.141592653589793 |
Definition at line 36 of file math_constants.h.
Referenced by GRINS::AbsorptionCoeff< Chemistry >::d_voigt_dP(), GRINS::AbsorptionCoeff< Chemistry >::d_voigt_dT(), GRINS::AbsorptionCoeff< Chemistry >::d_voigt_dY(), GRINSTesting::RayfireTest::fire_through_vertex(), GRINS::RayfireMesh::RayfireMesh(), GRINSTesting::RayfireTest::test_vertical_fire(), and GRINS::AbsorptionCoeff< Chemistry >::voigt().
| const libMesh::Real GRINS::Constants::R_universal = 8314.4621 |
Universal Gas Constant, R, [J/(kmol-K)].
Definition at line 38 of file physical_constants.h.
Referenced by GRINSTesting::ThermochemTestCommon::arrhenius_rate(), GRINS::ReactingLowMachNavierStokesStabilizationBase< Mixture, Evaluator >::compute_res_steady(), GRINSTesting::KineticsTestBase::eq_constant(), and GRINSTesting::SpeciesTestBase::R_species().
| const libMesh::Real GRINS::Constants::second_rad_const = 1.43877736e-2 |
Second Radiation Constant hc/k, [m K].
h = Planck's Constant c = speed of light in a vacuum k = Boltzmann Constant
Definition at line 67 of file physical_constants.h.
| const libMesh::Real GRINS::Constants::two_pi = 2.0*pi |
Definition at line 38 of file math_constants.h.
Referenced by GRINS::ElasticMembrane< StressStrainLaw >::compute_postprocessed_quantity(), and test().