Enum HarmonicExcitationType
Namespace: SMT.MastaAPI.SystemModel.AnalysesAndResults.StaticLoads
Assembly: SMT.MastaAPI.13.0.dll
Syntax
[ComVisible(true)]
[Guid("9bd9963b-38cb-a439-850d-7a7001f92c6a")]
[ApiEnumFor("SMT.MAA.ContextAndShadows.StaticLoads.HarmonicExcitationType, SMT.MAA")]
public enum HarmonicExcitationTypeFields
| Name | Description |
|---|---|
| AdvancedLTCA | TE calculated using MASTA's Advanced LTCA Calculation (Micro Geometry Mode), constant misalignment i.e. no excitation from overturning moment. |
| AdvancedSystemDeflectionCurrentLoadCaseSetUp | An existing load case setup to run Advanced System Deflection is used to calculate TE and, if licensed, varying misalignment as excitation sources. Note that misalignment excitation is only available if Harmonic Analysis Options> Excitation from Advanced System Deflection Options> Include Misalignment Excitation? is selected. |
| AdvancedSystemDeflectionSingleToothPassUsingAdvancedLTCA | An Advanced System Deflection calculation is set up with 32 time steps covering one tooth pass of the specified gear set. Advanced LTCA is used to calculate TE and, if licensed, varying misalignment as excitation sources. Note that misalignment excitation is only available if Harmonic Analysis Options> Excitation from Advanced System Deflection Options> Include Misalignment Excitation? is selected. |
| AdvancedSystemDeflectionSingleToothPassUsingBasicLTCA | An Advanced System Deflection calculation is set up with 32 time steps covering one tooth pass of the specified gear set. Basic LTCA is used to calculate TE and, if licensed, varying misalignment as excitation sources. Note that misalignment excitation is only available if Harmonic Analysis Options> Excitation from Advanced System Deflection Options> Include Misalignment Excitation? is selected. |
| BasicLTCA | TE calculated using MASTA's Basic LTCA Calculation (Micro Geometry Mode), constant misalignment i.e. no excitation from overturning moment. |
| Calculated | Calculated |
| ElectricMachineSpeedDependentRotorAndStatorLoads | Includes, among others, excitations from torque ripple on the rotor and dynamic loads on the stator teeth. |
| GleasonCAGELTCA | TE from Gleason CAGE's LTCA calculation. |
| GleasonCAGETCA | TE from Gleason CAGE's TCA calculation. |
| GleasonGEMSXML | Gleason GEMS XML |
| KIMoSXML | KIMoS XML |
| LoadCaseAngleVaryingLoad | Converts an angle-varying point load into an excitation. |
| LoadCaseTimeVaryingLoad | Load Case Time Varying Load |
| None | None |
| TCA | TE from MASTA's Bevel/Hypoid Gear TCA calculation. |
| UnitFirstHarmonicTE | Sinusoidal TE with 1 micron amplitude for cylindrical gears or 1 micro radian for bevel/hypoid gears, no excitation from overturning moment. |
| UnitHarmonicForceFRF | Response shown for a unit dynamic mesh force in the line of action |
| UnitHarmonicMomentFRF | Response shown for a unit dynamic mesh moment |
| UserSpecified | TE is specified by the user. Select User-Specified in the drop down box and press the Set User-Specified TE button to specify the TE. |