xenial (1) cgnames.1.gz

Provided by: cgns-convert_3.1.4.2-2build2_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