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cgnames - Online in the Cloud

Run cgnames in OnWorks free hosting provider over Ubuntu Online, Fedora Online, Windows online emulator or MAC OS online emulator

This is the command cgnames that can be run in the OnWorks free hosting provider using one of our multiple free online workstations such as Ubuntu Online, Fedora Online, Windows online emulator or MAC OS online emulator

PROGRAM:

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

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