Provided by: cgns-convert_3.1.4.2-1_amd64 bug

NAME

       AxisymmetryAngle - manual page for AxisymmetryAngle a

DESCRIPTION

       AxisymmetryAngle                 a AxisymmetryAxisVector AxisymmetryReferencePoint       L
       CharacteristicAcousticMinus      M  /  LT^2  CharacteristicAcousticPlus       M   /   LT^2
       CharacteristicEntropy             M   /   LT^2   CharacteristicVorticity1          L  /  T
       CharacteristicVorticity2        L / T CoefDrag CoefLift CoefMomentEta  CoefMomentMagnitude
       CoefMomentNormal    CoefMomentPhi    CoefMomentR    CoefMomentTangential   CoefMomentTheta
       CoefMomentX   CoefMomentXi    CoefMomentY    CoefMomentZ    CoefMomentZeta    CoefPressure
       CoefSkinFrictionMagnitude   CoefSkinFrictionNormal  CoefSkinFrictionPhi  CoefSkinFrictionR
       CoefSkinFrictionTangential   CoefSkinFrictionTheta   CoefSkinFrictionX   CoefSkinFrictionY
       CoefSkinFrictionZ  Coef_Area                        L^2  Coef_Length                     L
       Coef_PressureDynamic             M  /  LT^2  Coef_PressureReference           M   /   LT^2
       CompressibilityFactor  CoordinateEta                   L CoordinateNormal                L
       CoordinatePhi                   a CoordinateR                      L  CoordinateTangential
       L   CoordinateTheta                   a   CoordinateX                      L  CoordinateXi
       L  CoordinateY                      L  CoordinateZ                      L   CoordinateZeta
       L   CurrentDensityX                  1  /  L^2  CurrentDensityY                  1  /  L^2
       CurrentDensityZ                  1  /  L^2   Density                           M   /   L^3
       DensityStagnation                 M   /   L^3  Drag                             ML  /  T^2
       ElectricConductivity             ML  /  T^3   ElectricFieldX                    ML   /   T
       ElectricFieldY                    ML   /   T   ElectricFieldZ                    ML   /  T
       EnergyInternal                   L^2  /  T^2  EnergyKinetic                    L^2  /  T^2
       EnergyStagnation                  L^2  /  T^2  EnergyStagnationDensity          M  /  LT^2
       Enthalpy                          L^2   /   T^2   EnthalpyEnergyRatio   EnthalpyStagnation
       L^2  /  T^2  Entropy                          ML^2  /  T^2@  EntropyApprox  ForceMagnitude
       ML / T^2 ForceNormal                     ML / T^2 ForcePhi                        ML / T^2
       ForceR                            ML   /  T^2  ForceTangential                  ML  /  T^2
       ForceTheta                      ML / T^2 ForceX                          ML /  T^2  ForceY
       ML   /   T^2   ForceZ                            ML   /   T^2  FuelAirRatio  GravityVector
       L / T^2 GridVelocityEta                  L  /  T  GridVelocityMagnitude            L  /  T
       GridVelocityNormal               L / T GridVelocityPhi                 a / T GridVelocityR
       L /  T  GridVelocityTangential           L  /  T  GridVelocityTheta                a  /  T
       GridVelocityX                    L / T GridVelocityXi                  L / T GridVelocityY
       L /  T  GridVelocityZ                    L  /  T  GridVelocityZeta                 L  /  T
       HeatOfFormation#                 L^2  /  T^2  IdealGasConstant                 L^2  / T^2@
       JouleHeating                     ML^2  /  T^2  LaminarViscosity#                M   /   LT
       LengthReference                  L  Lift                             ML / T^2 LorenzForceX
       ML / T^2 LorenzForceY                    ML / T^2 LorenzForceZ                    ML / T^2
       Mach   Mach_Velocity                     L  /  T  Mach_VelocitySound               L  /  T
       MagneticFieldX                  1 / L MagneticFieldY                  1 / L MagneticFieldZ
       1   /   L   MassFlow                          M   /   L^2T   MassFraction#   MoleFraction#
       MolecularWeight#    MomentEta                          ML^2    /    T^2    MomentMagnitude
       ML^2 / T^2 MomentNormal                    ML^2 / T^2 MomentPhi                       ML^2
       / T^2 MomentR                         ML^2 / T^2  MomentTangential                 ML^2  /
       T^2  MomentTheta                     ML^2 / T^2 MomentX                         ML^2 / T^2
       MomentXi                        ML^2 /  T^2  MomentY                          ML^2  /  T^2
       MomentZ                          ML^2  /  T^2  MomentZeta                       ML^2 / T^2
       Moment_CenterNormal               L   Moment_CenterPhi                  L   Moment_CenterR
       L   Moment_CenterTangential          L  Moment_CenterTheta               L  Moment_CenterX
       L Moment_CenterY                  L  Moment_CenterZ                   L  MomentumMagnitude
       M / L^2T MomentumNormal                  M / L^2T MomentumPhi                     M / L^2T
       MomentumR                        M  /  L^2T  MomentumTangential               M   /   L^2T
       MomentumTheta                     M   /  L^2T  MomentumX                        M  /  L^2T
       MomentumY                        M  /  L^2T  MomentumZ                        M   /   L^2T
       OriginLocation                  L Potential                       L^2 / T PowerLawExponent
       Prandtl     PrandtlTurbulent     Prandtl_SpecificHeatPressure         L^2      /      T^2@
       Prandtl_ThermalConductivity      ML / T^3@ Prandtl_ViscosityMolecular      M / LT Pressure
       M / LT^2 PressureDynamic                 M / LT^2 PressureStagnation              M / LT^2
       ReferenceTemperatureHOF           @  Reynolds  ReynoldsStressXX                 M  /  LT^2
       ReynoldsStressXY                 M  /  LT^2  ReynoldsStressXZ                 M   /   LT^2
       ReynoldsStressYY                  M   /  LT^2  ReynoldsStressYZ                 M  /  LT^2
       ReynoldsStressZZ                   M    /    LT^2    Reynolds_Length                     L
       Reynolds_Velocity                 L   /   T   Reynolds_ViscosityKinematic       L^2   /  T
       RiemannInvariantMinus             L   /   T   RiemannInvariantPlus              L   /    T
       RigidRotationAngle               a  RigidRotationRate                a  /  T RigidVelocity
       L / T RotatingEnergyStagnation        L^2 / T^2 RotatingEnergyStagnationDensity M  /  LT^2
       RotatingEnthalpyStagnation      L^2 / T^2 RotatingMach RotatingMomentumMagnitude       M /
       L^2T RotatingMomentumNormal          M / L^2T  RotatingMomentumPhi              M  /  L^2T
       RotatingMomentumR                 M   /  L^2T  RotatingMomentumTangential       M  /  L^2T
       RotatingMomentumTheta            M  /  L^2T  RotatingMomentumX                M   /   L^2T
       RotatingMomentumY                 M   /  L^2T  RotatingMomentumZ                M  /  L^2T
       RotatingPressureStagnation       M  /   LT^2   RotatingVelocityMagnitude         L   /   T
       RotatingVelocityNormal             L   /   T   RotatingVelocityPhi               L   /   T
       RotatingVelocityR                 L   /   T   RotatingVelocityTangential        L   /    T
       RotatingVelocityTheta              L   /   T   RotatingVelocityX                 L   /   T
       RotatingVelocityY               L / T RotatingVelocityZ               L / T  RotationAngle
       a    RotationCenter                     L    RotationRateVector                 a    /   T
       SkinFrictionMagnitude            M  /  LT^2  SkinFrictionNormal               M   /   LT^2
       SkinFrictionPhi                   M   /  LT^2  SkinFrictionR                    M  /  LT^2
       SkinFrictionTangential           M  /  LT^2  SkinFrictionTheta                M   /   LT^2
       SkinFrictionX                     M   /  LT^2  SkinFrictionY                    M  /  LT^2
       SkinFrictionZ                    M  /  LT^2  SoundIntensity                    M   /   T^3
       SoundIntensityDB    SpeciesDensity#                    M    /   L^3   SpecificHeatPressure
       L^2   /   T^2@    SpecificHeatRatio    SpecificHeatRatio_Pressure         L^2    /    T^2@
       SpecificHeatRatio_Volume         L^2  /  T^2@  SpecificHeatVolume               L^2 / T^2@
       StreamFunction                     L^2    /    T    SurfaceArea                        L^2
       SutherlandLawConstant            @  Temperature                     @ TemperatureReference
       @   TemperatureStagnation             @   ThermalConductivity#              ML   /    T^3@
       ThermalConductivityReference       ML    /    T^3@    Translation                        L
       TurbulentBBReynolds TurbulentDissipation             L^2  /  T^3  TurbulentDissipationRate
       1   /  T  TurbulentDistance                L  TurbulentEnergyKinetic           L^2  /  T^2
       TurbulentSANuTilde                 L^2    /    T     VelocityAngleMagnitude              a
       VelocityAngleNormal               a   VelocityAnglePhi                  a   VelocityAngleR
       a  VelocityAngleTangential          a  VelocityAngleTheta               a   VelocityAngleX
       a  VelocityAngleY                   a  VelocityAngleZ                  a VelocityMagnitude
       L /  T  VelocityNormal                   L  /  T  VelocityPhi                      L  /  T
       VelocityR                          L   /   T   VelocitySound                     L   /   T
       VelocitySoundStagnation         L / T VelocityTangential              L / T  VelocityTheta
       L   /   T   VelocityUnitVectorMagnitude   VelocityUnitVectorNormal   VelocityUnitVectorPhi
       VelocityUnitVectorR          VelocityUnitVectorTangential          VelocityUnitVectorTheta
       VelocityUnitVectorX        VelocityUnitVectorY        VelocityUnitVectorZ        VelocityX
       L /  T  VelocityY                        L  /  T  VelocityZ                        L  /  T
       VibrationalElectronEnergy        L^2 / T^2 VibrationalElectronTemperature  @ ViscosityEddy
       M / LT ViscosityEddyKinematic          L^2 / T  ViscosityKinematic               L^2  /  T
       ViscosityMolecular               M  /  LT  ViscosityMolecularReference      M / LT Voltage
       ML^2 / T VorticityMagnitude              1  /  T  VorticityNormal                  1  /  T
       VorticityPhi                       1   /   T   VorticityR                        1   /   T
       VorticityTangential             1 / T VorticityTheta                   1  /  T  VorticityX
       1 / T VorticityY                      1 / T VorticityZ                      1 / T

       AxisymmetryAxisVector  AxisymmetryReferencePoint       L CharacteristicAcousticMinus     M
       / LT^2 CharacteristicAcousticPlus      M / LT^2 CharacteristicEntropy           M  /  LT^2
       CharacteristicVorticity1         L  /  T  CharacteristicVorticity2         L  / T CoefDrag
       CoefLift  CoefMomentEta  CoefMomentMagnitude  CoefMomentNormal  CoefMomentPhi  CoefMomentR
       CoefMomentTangential  CoefMomentTheta  CoefMomentX  CoefMomentXi  CoefMomentY  CoefMomentZ
       CoefMomentZeta     CoefPressure      CoefSkinFrictionMagnitude      CoefSkinFrictionNormal
       CoefSkinFrictionPhi   CoefSkinFrictionR  CoefSkinFrictionTangential  CoefSkinFrictionTheta
       CoefSkinFrictionX CoefSkinFrictionY CoefSkinFrictionZ Coef_Area                        L^2
       Coef_Length                         L    Coef_PressureDynamic               M    /    LT^2
       Coef_PressureReference            M    /    LT^2    CompressibilityFactor    CoordinateEta
       L   CoordinateNormal                  L   CoordinatePhi                     a  CoordinateR
       L  CoordinateTangential              L   CoordinateTheta                   a   CoordinateX
       L   CoordinateXi                      L   CoordinateY                       L  CoordinateZ
       L   CoordinateZeta                    L   CurrentDensityX                    1    /    L^2
       CurrentDensityY                  1  /  L^2 CurrentDensityZ                 1 / L^2 Density
       M / L^3 DensityStagnation               M / L^3 Drag                            ML  /  T^2
       ElectricConductivity              ML   /   T^3   ElectricFieldX                   ML  /  T
       ElectricFieldY                   ML   /   T   ElectricFieldZ                    ML   /   T
       EnergyInternal                   L^2  /  T^2  EnergyKinetic                    L^2  /  T^2
       EnergyStagnation                 L^2  /  T^2  EnergyStagnationDensity          M  /   LT^2
       Enthalpy                          L^2   /   T^2   EnthalpyEnergyRatio   EnthalpyStagnation
       L^2  /  T^2  Entropy                          ML^2  /  T^2@  EntropyApprox  ForceMagnitude
       ML / T^2 ForceNormal                     ML / T^2 ForcePhi                        ML / T^2
       ForceR                           ML  /  T^2  ForceTangential                  ML   /   T^2
       ForceTheta                       ML  / T^2 ForceX                          ML / T^2 ForceY
       ML  /  T^2   ForceZ                            ML   /   T^2   FuelAirRatio   GravityVector
       L  /  T^2  GridVelocityEta                  L  /  T  GridVelocityMagnitude           L / T
       GridVelocityNormal              L / T GridVelocityPhi                 a / T  GridVelocityR
       L  /  T  GridVelocityTangential           L  /  T  GridVelocityTheta                a  / T
       GridVelocityX                   L / T GridVelocityXi                  L / T  GridVelocityY
       L  /  T  GridVelocityZ                    L  /  T  GridVelocityZeta                 L  / T
       HeatOfFormation#                L^2  /  T^2  IdealGasConstant                 L^2  /  T^2@
       JouleHeating                      ML^2   /  T^2  LaminarViscosity#                M  /  LT
       LengthReference                 L Lift                            ML  /  T^2  LorenzForceX
       ML / T^2 LorenzForceY                    ML / T^2 LorenzForceZ                    ML / T^2
       Mach  Mach_Velocity                    L  /  T  Mach_VelocitySound               L   /   T
       MagneticFieldX                  1 / L MagneticFieldY                  1 / L MagneticFieldZ
       1   /   L   MassFlow                          M   /   L^2T   MassFraction#   MoleFraction#
       MolecularWeight#    MomentEta                          ML^2    /    T^2    MomentMagnitude
       ML^2 / T^2 MomentNormal                    ML^2 / T^2 MomentPhi                       ML^2
       /  T^2  MomentR                          ML^2 / T^2 MomentTangential                ML^2 /
       T^2 MomentTheta                     ML^2 / T^2 MomentX                         ML^2 /  T^2
       MomentXi                         ML^2  /  T^2  MomentY                          ML^2 / T^2
       MomentZ                         ML^2 /  T^2  MomentZeta                       ML^2  /  T^2
       Moment_CenterNormal               L   Moment_CenterPhi                  L   Moment_CenterR
       L  Moment_CenterTangential          L  Moment_CenterTheta               L   Moment_CenterX
       L  Moment_CenterY                   L  Moment_CenterZ                  L MomentumMagnitude
       M / L^2T MomentumNormal                  M / L^2T MomentumPhi                     M / L^2T
       MomentumR                         M   /  L^2T  MomentumTangential               M  /  L^2T
       MomentumTheta                    M  /  L^2T  MomentumX                        M   /   L^2T
       MomentumY                         M   /  L^2T  MomentumZ                        M  /  L^2T
       OriginLocation                  L Potential                       L^2 / T PowerLawExponent
       Prandtl      PrandtlTurbulent      Prandtl_SpecificHeatPressure         L^2     /     T^2@
       Prandtl_ThermalConductivity     ML / T^3@ Prandtl_ViscosityMolecular      M / LT  Pressure
       M / LT^2 PressureDynamic                 M / LT^2 PressureStagnation              M / LT^2
       ReferenceTemperatureHOF          @  Reynolds  ReynoldsStressXX                 M  /   LT^2
       ReynoldsStressXY                  M   /  LT^2  ReynoldsStressXZ                 M  /  LT^2
       ReynoldsStressYY                 M  /  LT^2  ReynoldsStressYZ                 M   /   LT^2
       ReynoldsStressZZ                    M    /    LT^2    Reynolds_Length                    L
       Reynolds_Velocity                L   /   T   Reynolds_ViscosityKinematic       L^2   /   T
       RiemannInvariantMinus              L   /   T   RiemannInvariantPlus              L   /   T
       RigidRotationAngle              a  RigidRotationRate                a  /  T  RigidVelocity
       L  /  T RotatingEnergyStagnation        L^2 / T^2 RotatingEnergyStagnationDensity M / LT^2
       RotatingEnthalpyStagnation      L^2 / T^2 RotatingMach RotatingMomentumMagnitude       M /
       L^2T  RotatingMomentumNormal           M  /  L^2T RotatingMomentumPhi             M / L^2T
       RotatingMomentumR                M  /  L^2T  RotatingMomentumTangential       M   /   L^2T
       RotatingMomentumTheta             M   /  L^2T  RotatingMomentumX                M  /  L^2T
       RotatingMomentumY                M  /  L^2T  RotatingMomentumZ                M   /   L^2T
       RotatingPressureStagnation        M   /   LT^2   RotatingVelocityMagnitude         L  /  T
       RotatingVelocityNormal            L   /   T   RotatingVelocityPhi               L   /    T
       RotatingVelocityR                  L   /   T   RotatingVelocityTangential        L   /   T
       RotatingVelocityTheta             L   /   T   RotatingVelocityX                 L   /    T
       RotatingVelocityY                L / T RotatingVelocityZ               L / T RotationAngle
       a   RotationCenter                     L    RotationRateVector                 a    /    T
       SkinFrictionMagnitude             M   /  LT^2  SkinFrictionNormal               M  /  LT^2
       SkinFrictionPhi                  M  /  LT^2  SkinFrictionR                    M   /   LT^2
       SkinFrictionTangential            M   /  LT^2  SkinFrictionTheta                M  /  LT^2
       SkinFrictionX                    M  /  LT^2  SkinFrictionY                    M   /   LT^2
       SkinFrictionZ                     M   /   LT^2  SoundIntensity                   M  /  T^3
       SoundIntensityDB   SpeciesDensity#                   M    /    L^3    SpecificHeatPressure
       L^2    /    T^2@    SpecificHeatRatio    SpecificHeatRatio_Pressure         L^2   /   T^2@
       SpecificHeatRatio_Volume        L^2 /  T^2@  SpecificHeatVolume               L^2  /  T^2@
       StreamFunction                     L^2    /    T    SurfaceArea                        L^2
       SutherlandLawConstant           @ Temperature                      @  TemperatureReference
       @    TemperatureStagnation             @   ThermalConductivity#              ML   /   T^3@
       ThermalConductivityReference       ML    /    T^3@    Translation                        L
       TurbulentBBReynolds  TurbulentDissipation             L^2  /  T^3 TurbulentDissipationRate
       1  /  T  TurbulentDistance                L  TurbulentEnergyKinetic           L^2  /   T^2
       TurbulentSANuTilde                  L^2     /    T    VelocityAngleMagnitude             a
       VelocityAngleNormal               a   VelocityAnglePhi                  a   VelocityAngleR
       a   VelocityAngleTangential          a  VelocityAngleTheta               a  VelocityAngleX
       a VelocityAngleY                  a  VelocityAngleZ                   a  VelocityMagnitude
       L  /  T  VelocityNormal                   L  /  T  VelocityPhi                      L  / T
       VelocityR                         L   /   T   VelocitySound                     L   /    T
       VelocitySoundStagnation          L / T VelocityTangential              L / T VelocityTheta
       L   /   T   VelocityUnitVectorMagnitude   VelocityUnitVectorNormal   VelocityUnitVectorPhi
       VelocityUnitVectorR          VelocityUnitVectorTangential          VelocityUnitVectorTheta
       VelocityUnitVectorX        VelocityUnitVectorY        VelocityUnitVectorZ        VelocityX
       L  /  T  VelocityY                        L  /  T  VelocityZ                        L  / T
       VibrationalElectronEnergy       L^2 / T^2 VibrationalElectronTemperature  @  ViscosityEddy
       M  /  LT  ViscosityEddyKinematic           L^2 / T ViscosityKinematic              L^2 / T
       ViscosityMolecular              M / LT  ViscosityMolecularReference      M  /  LT  Voltage
       ML^2  /  T  VorticityMagnitude               1  /  T VorticityNormal                 1 / T
       VorticityPhi                      1   /   T   VorticityR                        1   /    T
       VorticityTangential              1  /  T  VorticityTheta                  1 / T VorticityX
       1 / T VorticityY                      1 / T VorticityZ                      1 / T