Class ModalAnalysis
Inheritance
System.Object
System.MarshalByRefObject
SMT.MastaAPIUtility.MarshalByRefObjectPermanent
ModalAnalysis
Inherited Members
SMT.MastaAPIUtility.MarshalByRefObjectPermanent.InitializeLifetimeService()
Assembly: SMT.MastaAPI.13.0.dll
Syntax
public class ModalAnalysis : SingleAnalysis
Constructors
ModalAnalysis(LoadCase)
Declaration
public ModalAnalysis(LoadCase loadCase)
Parameters
Methods
ResultsFor(AbstractAssemblyLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public AbstractAssemblyModalAnalysis ResultsFor(AbstractAssemblyLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(AbstractShaftLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public AbstractShaftModalAnalysis ResultsFor(AbstractShaftLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(AbstractShaftOrHousingLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public AbstractShaftOrHousingModalAnalysis ResultsFor(AbstractShaftOrHousingLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(AbstractShaftToMountableComponentConnectionLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public AbstractShaftToMountableComponentConnectionModalAnalysis ResultsFor(AbstractShaftToMountableComponentConnectionLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(AGMAGleasonConicalGearLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public AGMAGleasonConicalGearModalAnalysis ResultsFor(AGMAGleasonConicalGearLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(AGMAGleasonConicalGearMeshLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public AGMAGleasonConicalGearMeshModalAnalysis ResultsFor(AGMAGleasonConicalGearMeshLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(AGMAGleasonConicalGearSetLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public AGMAGleasonConicalGearSetModalAnalysis ResultsFor(AGMAGleasonConicalGearSetLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(AssemblyLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public AssemblyModalAnalysis ResultsFor(AssemblyLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(BearingLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public BearingModalAnalysis ResultsFor(BearingLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(BeltConnectionLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public BeltConnectionModalAnalysis ResultsFor(BeltConnectionLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(BeltDriveLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public BeltDriveModalAnalysis ResultsFor(BeltDriveLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(BevelDifferentialGearLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public BevelDifferentialGearModalAnalysis ResultsFor(BevelDifferentialGearLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(BevelDifferentialGearMeshLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public BevelDifferentialGearMeshModalAnalysis ResultsFor(BevelDifferentialGearMeshLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(BevelDifferentialGearSetLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public BevelDifferentialGearSetModalAnalysis ResultsFor(BevelDifferentialGearSetLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(BevelDifferentialPlanetGearLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public BevelDifferentialPlanetGearModalAnalysis ResultsFor(BevelDifferentialPlanetGearLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(BevelDifferentialSunGearLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public BevelDifferentialSunGearModalAnalysis ResultsFor(BevelDifferentialSunGearLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(BevelGearLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public BevelGearModalAnalysis ResultsFor(BevelGearLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(BevelGearMeshLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public BevelGearMeshModalAnalysis ResultsFor(BevelGearMeshLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(BevelGearSetLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public BevelGearSetModalAnalysis ResultsFor(BevelGearSetLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(BoltedJointLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public BoltedJointModalAnalysis ResultsFor(BoltedJointLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(BoltLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public BoltModalAnalysis ResultsFor(BoltLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(ClutchConnectionLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public ClutchConnectionModalAnalysis ResultsFor(ClutchConnectionLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(ClutchHalfLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public ClutchHalfModalAnalysis ResultsFor(ClutchHalfLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(ClutchLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public ClutchModalAnalysis ResultsFor(ClutchLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(CoaxialConnectionLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public CoaxialConnectionModalAnalysis ResultsFor(CoaxialConnectionLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(ComponentLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public ComponentModalAnalysis ResultsFor(ComponentLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(ConceptCouplingConnectionLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public ConceptCouplingConnectionModalAnalysis ResultsFor(ConceptCouplingConnectionLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(ConceptCouplingHalfLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public ConceptCouplingHalfModalAnalysis ResultsFor(ConceptCouplingHalfLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(ConceptCouplingLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public ConceptCouplingModalAnalysis ResultsFor(ConceptCouplingLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(ConceptGearLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public ConceptGearModalAnalysis ResultsFor(ConceptGearLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(ConceptGearMeshLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public ConceptGearMeshModalAnalysis ResultsFor(ConceptGearMeshLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(ConceptGearSetLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public ConceptGearSetModalAnalysis ResultsFor(ConceptGearSetLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(ConicalGearLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public ConicalGearModalAnalysis ResultsFor(ConicalGearLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(ConicalGearMeshLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public ConicalGearMeshModalAnalysis ResultsFor(ConicalGearMeshLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(ConicalGearSetLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public ConicalGearSetModalAnalysis ResultsFor(ConicalGearSetLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(ConnectionLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public ConnectionModalAnalysis ResultsFor(ConnectionLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(ConnectorLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public ConnectorModalAnalysis ResultsFor(ConnectorLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(CouplingConnectionLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public CouplingConnectionModalAnalysis ResultsFor(CouplingConnectionLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(CouplingHalfLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public CouplingHalfModalAnalysis ResultsFor(CouplingHalfLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(CouplingLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public CouplingModalAnalysis ResultsFor(CouplingLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(CVTBeltConnectionLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public CVTBeltConnectionModalAnalysis ResultsFor(CVTBeltConnectionLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(CVTLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public CVTModalAnalysis ResultsFor(CVTLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(CVTPulleyLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public CVTPulleyModalAnalysis ResultsFor(CVTPulleyLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(CycloidalAssemblyLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public CycloidalAssemblyModalAnalysis ResultsFor(CycloidalAssemblyLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(CycloidalDiscCentralBearingConnectionLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public CycloidalDiscCentralBearingConnectionModalAnalysis ResultsFor(CycloidalDiscCentralBearingConnectionLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(CycloidalDiscLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public CycloidalDiscModalAnalysis ResultsFor(CycloidalDiscLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(CycloidalDiscPlanetaryBearingConnectionLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public CycloidalDiscPlanetaryBearingConnectionModalAnalysis ResultsFor(CycloidalDiscPlanetaryBearingConnectionLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(CylindricalGearLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public CylindricalGearModalAnalysis ResultsFor(CylindricalGearLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(CylindricalGearMeshLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public CylindricalGearMeshModalAnalysis ResultsFor(CylindricalGearMeshLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(CylindricalGearSetLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public CylindricalGearSetModalAnalysis ResultsFor(CylindricalGearSetLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(CylindricalPlanetGearLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public CylindricalPlanetGearModalAnalysis ResultsFor(CylindricalPlanetGearLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(DatumLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public DatumModalAnalysis ResultsFor(DatumLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(ExternalCADModelLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public ExternalCADModelModalAnalysis ResultsFor(ExternalCADModelLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(FaceGearLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public FaceGearModalAnalysis ResultsFor(FaceGearLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(FaceGearMeshLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public FaceGearMeshModalAnalysis ResultsFor(FaceGearMeshLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(FaceGearSetLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public FaceGearSetModalAnalysis ResultsFor(FaceGearSetLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(FEPartLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public FEPartModalAnalysis ResultsFor(FEPartLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(FlexiblePinAssemblyLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public FlexiblePinAssemblyModalAnalysis ResultsFor(FlexiblePinAssemblyLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(GearLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public GearModalAnalysis ResultsFor(GearLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(GearMeshLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public GearMeshModalAnalysis ResultsFor(GearMeshLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(GearSetLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public GearSetModalAnalysis ResultsFor(GearSetLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(GuideDxfModelLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public GuideDxfModelModalAnalysis ResultsFor(GuideDxfModelLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(HypoidGearLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public HypoidGearModalAnalysis ResultsFor(HypoidGearLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(HypoidGearMeshLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public HypoidGearMeshModalAnalysis ResultsFor(HypoidGearMeshLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(HypoidGearSetLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public HypoidGearSetModalAnalysis ResultsFor(HypoidGearSetLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(InterMountableComponentConnectionLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public InterMountableComponentConnectionModalAnalysis ResultsFor(InterMountableComponentConnectionLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(KlingelnbergCycloPalloidConicalGearLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public KlingelnbergCycloPalloidConicalGearModalAnalysis ResultsFor(KlingelnbergCycloPalloidConicalGearLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(KlingelnbergCycloPalloidConicalGearMeshLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public KlingelnbergCycloPalloidConicalGearMeshModalAnalysis ResultsFor(KlingelnbergCycloPalloidConicalGearMeshLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(KlingelnbergCycloPalloidConicalGearSetLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public KlingelnbergCycloPalloidConicalGearSetModalAnalysis ResultsFor(KlingelnbergCycloPalloidConicalGearSetLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(KlingelnbergCycloPalloidHypoidGearLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public KlingelnbergCycloPalloidHypoidGearModalAnalysis ResultsFor(KlingelnbergCycloPalloidHypoidGearLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(KlingelnbergCycloPalloidHypoidGearMeshLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public KlingelnbergCycloPalloidHypoidGearMeshModalAnalysis ResultsFor(KlingelnbergCycloPalloidHypoidGearMeshLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(KlingelnbergCycloPalloidHypoidGearSetLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public KlingelnbergCycloPalloidHypoidGearSetModalAnalysis ResultsFor(KlingelnbergCycloPalloidHypoidGearSetLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(KlingelnbergCycloPalloidSpiralBevelGearLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public KlingelnbergCycloPalloidSpiralBevelGearModalAnalysis ResultsFor(KlingelnbergCycloPalloidSpiralBevelGearLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(KlingelnbergCycloPalloidSpiralBevelGearMeshLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public KlingelnbergCycloPalloidSpiralBevelGearMeshModalAnalysis ResultsFor(KlingelnbergCycloPalloidSpiralBevelGearMeshLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(KlingelnbergCycloPalloidSpiralBevelGearSetLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public KlingelnbergCycloPalloidSpiralBevelGearSetModalAnalysis ResultsFor(KlingelnbergCycloPalloidSpiralBevelGearSetLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(MassDiscLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public MassDiscModalAnalysis ResultsFor(MassDiscLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(MeasurementComponentLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public MeasurementComponentModalAnalysis ResultsFor(MeasurementComponentLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(MountableComponentLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public MountableComponentModalAnalysis ResultsFor(MountableComponentLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(OilSealLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public OilSealModalAnalysis ResultsFor(OilSealLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(PartLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public PartModalAnalysis ResultsFor(PartLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(PartToPartShearCouplingConnectionLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public PartToPartShearCouplingConnectionModalAnalysis ResultsFor(PartToPartShearCouplingConnectionLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(PartToPartShearCouplingHalfLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public PartToPartShearCouplingHalfModalAnalysis ResultsFor(PartToPartShearCouplingHalfLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(PartToPartShearCouplingLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public PartToPartShearCouplingModalAnalysis ResultsFor(PartToPartShearCouplingLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(PlanetaryConnectionLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public PlanetaryConnectionModalAnalysis ResultsFor(PlanetaryConnectionLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(PlanetaryGearSetLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public PlanetaryGearSetModalAnalysis ResultsFor(PlanetaryGearSetLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(PlanetCarrierLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public PlanetCarrierModalAnalysis ResultsFor(PlanetCarrierLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(PointLoadLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public PointLoadModalAnalysis ResultsFor(PointLoadLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(PowerLoadLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public PowerLoadModalAnalysis ResultsFor(PowerLoadLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(PulleyLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public PulleyModalAnalysis ResultsFor(PulleyLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(RingPinsLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public RingPinsModalAnalysis ResultsFor(RingPinsLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(RingPinsToDiscConnectionLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public RingPinsToDiscConnectionModalAnalysis ResultsFor(RingPinsToDiscConnectionLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(RollingRingAssemblyLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public RollingRingAssemblyModalAnalysis ResultsFor(RollingRingAssemblyLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(RollingRingConnectionLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public RollingRingConnectionModalAnalysis ResultsFor(RollingRingConnectionLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(RollingRingLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public RollingRingModalAnalysis ResultsFor(RollingRingLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(RootAssemblyLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public RootAssemblyModalAnalysis ResultsFor(RootAssemblyLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(ShaftHubConnectionLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public ShaftHubConnectionModalAnalysis ResultsFor(ShaftHubConnectionLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(ShaftLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public ShaftModalAnalysis ResultsFor(ShaftLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(ShaftToMountableComponentConnectionLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public ShaftToMountableComponentConnectionModalAnalysis ResultsFor(ShaftToMountableComponentConnectionLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(SpecialisedAssemblyLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public SpecialisedAssemblyModalAnalysis ResultsFor(SpecialisedAssemblyLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(SpiralBevelGearLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public SpiralBevelGearModalAnalysis ResultsFor(SpiralBevelGearLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(SpiralBevelGearMeshLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public SpiralBevelGearMeshModalAnalysis ResultsFor(SpiralBevelGearMeshLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(SpiralBevelGearSetLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public SpiralBevelGearSetModalAnalysis ResultsFor(SpiralBevelGearSetLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(SpringDamperConnectionLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public SpringDamperConnectionModalAnalysis ResultsFor(SpringDamperConnectionLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(SpringDamperHalfLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public SpringDamperHalfModalAnalysis ResultsFor(SpringDamperHalfLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(SpringDamperLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public SpringDamperModalAnalysis ResultsFor(SpringDamperLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(StraightBevelDiffGearLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public StraightBevelDiffGearModalAnalysis ResultsFor(StraightBevelDiffGearLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(StraightBevelDiffGearMeshLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public StraightBevelDiffGearMeshModalAnalysis ResultsFor(StraightBevelDiffGearMeshLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(StraightBevelDiffGearSetLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public StraightBevelDiffGearSetModalAnalysis ResultsFor(StraightBevelDiffGearSetLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(StraightBevelGearLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public StraightBevelGearModalAnalysis ResultsFor(StraightBevelGearLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(StraightBevelGearMeshLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public StraightBevelGearMeshModalAnalysis ResultsFor(StraightBevelGearMeshLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(StraightBevelGearSetLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public StraightBevelGearSetModalAnalysis ResultsFor(StraightBevelGearSetLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(StraightBevelPlanetGearLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public StraightBevelPlanetGearModalAnalysis ResultsFor(StraightBevelPlanetGearLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(StraightBevelSunGearLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public StraightBevelSunGearModalAnalysis ResultsFor(StraightBevelSunGearLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(SynchroniserHalfLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public SynchroniserHalfModalAnalysis ResultsFor(SynchroniserHalfLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(SynchroniserLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public SynchroniserModalAnalysis ResultsFor(SynchroniserLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(SynchroniserPartLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public SynchroniserPartModalAnalysis ResultsFor(SynchroniserPartLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(SynchroniserSleeveLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public SynchroniserSleeveModalAnalysis ResultsFor(SynchroniserSleeveLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(TorqueConverterConnectionLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public TorqueConverterConnectionModalAnalysis ResultsFor(TorqueConverterConnectionLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(TorqueConverterLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public TorqueConverterModalAnalysis ResultsFor(TorqueConverterLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(TorqueConverterPumpLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public TorqueConverterPumpModalAnalysis ResultsFor(TorqueConverterPumpLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(TorqueConverterTurbineLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public TorqueConverterTurbineModalAnalysis ResultsFor(TorqueConverterTurbineLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(UnbalancedMassLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public UnbalancedMassModalAnalysis ResultsFor(UnbalancedMassLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(VirtualComponentLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public VirtualComponentModalAnalysis ResultsFor(VirtualComponentLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(WormGearLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public WormGearModalAnalysis ResultsFor(WormGearLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(WormGearMeshLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public WormGearMeshModalAnalysis ResultsFor(WormGearMeshLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(WormGearSetLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public WormGearSetModalAnalysis ResultsFor(WormGearSetLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(ZerolBevelGearLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public ZerolBevelGearModalAnalysis ResultsFor(ZerolBevelGearLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(ZerolBevelGearMeshLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public ZerolBevelGearMeshModalAnalysis ResultsFor(ZerolBevelGearMeshLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(ZerolBevelGearSetLoadCase)
If designEntityAnalysis is planetary, this will return the result at the same planet angle
Declaration
public ZerolBevelGearSetModalAnalysis ResultsFor(ZerolBevelGearSetLoadCase designEntityAnalysis)
Parameters
Returns
ResultsFor(AbstractShaftToMountableComponentConnection)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public AbstractShaftToMountableComponentConnectionModalAnalysis ResultsFor(AbstractShaftToMountableComponentConnection designEntity)
Parameters
Returns
ResultsFor(BeltConnection)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public BeltConnectionModalAnalysis ResultsFor(BeltConnection designEntity)
Parameters
Returns
ResultsFor(CoaxialConnection)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public CoaxialConnectionModalAnalysis ResultsFor(CoaxialConnection designEntity)
Parameters
Returns
ResultsFor(Connection)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public ConnectionModalAnalysis ResultsFor(Connection designEntity)
Parameters
Returns
ResultsFor(ClutchConnection)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public ClutchConnectionModalAnalysis ResultsFor(ClutchConnection designEntity)
Parameters
Returns
ResultsFor(ConceptCouplingConnection)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public ConceptCouplingConnectionModalAnalysis ResultsFor(ConceptCouplingConnection designEntity)
Parameters
Returns
ResultsFor(CouplingConnection)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public CouplingConnectionModalAnalysis ResultsFor(CouplingConnection designEntity)
Parameters
Returns
ResultsFor(PartToPartShearCouplingConnection)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public PartToPartShearCouplingConnectionModalAnalysis ResultsFor(PartToPartShearCouplingConnection designEntity)
Parameters
Returns
ResultsFor(SpringDamperConnection)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public SpringDamperConnectionModalAnalysis ResultsFor(SpringDamperConnection designEntity)
Parameters
Returns
ResultsFor(TorqueConverterConnection)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public TorqueConverterConnectionModalAnalysis ResultsFor(TorqueConverterConnection designEntity)
Parameters
Returns
ResultsFor(CVTBeltConnection)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public CVTBeltConnectionModalAnalysis ResultsFor(CVTBeltConnection designEntity)
Parameters
Returns
ResultsFor(CycloidalDiscCentralBearingConnection)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public CycloidalDiscCentralBearingConnectionModalAnalysis ResultsFor(CycloidalDiscCentralBearingConnection designEntity)
Parameters
Returns
ResultsFor(CycloidalDiscPlanetaryBearingConnection)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public CycloidalDiscPlanetaryBearingConnectionModalAnalysis ResultsFor(CycloidalDiscPlanetaryBearingConnection designEntity)
Parameters
Returns
ResultsFor(RingPinsToDiscConnection)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public RingPinsToDiscConnectionModalAnalysis ResultsFor(RingPinsToDiscConnection designEntity)
Parameters
Returns
ResultsFor(AGMAGleasonConicalGearMesh)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public AGMAGleasonConicalGearMeshModalAnalysis ResultsFor(AGMAGleasonConicalGearMesh designEntity)
Parameters
Returns
ResultsFor(BevelDifferentialGearMesh)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public BevelDifferentialGearMeshModalAnalysis ResultsFor(BevelDifferentialGearMesh designEntity)
Parameters
Returns
ResultsFor(BevelGearMesh)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public BevelGearMeshModalAnalysis ResultsFor(BevelGearMesh designEntity)
Parameters
Returns
ResultsFor(ConceptGearMesh)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public ConceptGearMeshModalAnalysis ResultsFor(ConceptGearMesh designEntity)
Parameters
Returns
ResultsFor(ConicalGearMesh)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public ConicalGearMeshModalAnalysis ResultsFor(ConicalGearMesh designEntity)
Parameters
Returns
ResultsFor(CylindricalGearMesh)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public CylindricalGearMeshModalAnalysis ResultsFor(CylindricalGearMesh designEntity)
Parameters
Returns
ResultsFor(FaceGearMesh)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public FaceGearMeshModalAnalysis ResultsFor(FaceGearMesh designEntity)
Parameters
Returns
ResultsFor(GearMesh)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public GearMeshModalAnalysis ResultsFor(GearMesh designEntity)
Parameters
| Type |
Name |
Description |
| GearMesh |
designEntity |
|
Returns
ResultsFor(HypoidGearMesh)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public HypoidGearMeshModalAnalysis ResultsFor(HypoidGearMesh designEntity)
Parameters
Returns
ResultsFor(KlingelnbergCycloPalloidConicalGearMesh)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public KlingelnbergCycloPalloidConicalGearMeshModalAnalysis ResultsFor(KlingelnbergCycloPalloidConicalGearMesh designEntity)
Parameters
Returns
ResultsFor(KlingelnbergCycloPalloidHypoidGearMesh)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public KlingelnbergCycloPalloidHypoidGearMeshModalAnalysis ResultsFor(KlingelnbergCycloPalloidHypoidGearMesh designEntity)
Parameters
Returns
ResultsFor(KlingelnbergCycloPalloidSpiralBevelGearMesh)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public KlingelnbergCycloPalloidSpiralBevelGearMeshModalAnalysis ResultsFor(KlingelnbergCycloPalloidSpiralBevelGearMesh designEntity)
Parameters
Returns
ResultsFor(SpiralBevelGearMesh)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public SpiralBevelGearMeshModalAnalysis ResultsFor(SpiralBevelGearMesh designEntity)
Parameters
Returns
ResultsFor(StraightBevelDiffGearMesh)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public StraightBevelDiffGearMeshModalAnalysis ResultsFor(StraightBevelDiffGearMesh designEntity)
Parameters
Returns
ResultsFor(StraightBevelGearMesh)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public StraightBevelGearMeshModalAnalysis ResultsFor(StraightBevelGearMesh designEntity)
Parameters
Returns
ResultsFor(WormGearMesh)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public WormGearMeshModalAnalysis ResultsFor(WormGearMesh designEntity)
Parameters
Returns
ResultsFor(ZerolBevelGearMesh)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public ZerolBevelGearMeshModalAnalysis ResultsFor(ZerolBevelGearMesh designEntity)
Parameters
Returns
ResultsFor(InterMountableComponentConnection)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public InterMountableComponentConnectionModalAnalysis ResultsFor(InterMountableComponentConnection designEntity)
Parameters
Returns
ResultsFor(PlanetaryConnection)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public PlanetaryConnectionModalAnalysis ResultsFor(PlanetaryConnection designEntity)
Parameters
Returns
ResultsFor(RollingRingConnection)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public RollingRingConnectionModalAnalysis ResultsFor(RollingRingConnection designEntity)
Parameters
Returns
ResultsFor(ShaftToMountableComponentConnection)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public ShaftToMountableComponentConnectionModalAnalysis ResultsFor(ShaftToMountableComponentConnection designEntity)
Parameters
Returns
ResultsFor(AbstractAssembly)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public AbstractAssemblyModalAnalysis ResultsFor(AbstractAssembly designEntity)
Parameters
Returns
ResultsFor(AbstractShaft)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public AbstractShaftModalAnalysis ResultsFor(AbstractShaft designEntity)
Parameters
Returns
ResultsFor(AbstractShaftOrHousing)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public AbstractShaftOrHousingModalAnalysis ResultsFor(AbstractShaftOrHousing designEntity)
Parameters
Returns
ResultsFor(Assembly)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public AssemblyModalAnalysis ResultsFor(Assembly designEntity)
Parameters
| Type |
Name |
Description |
| Assembly |
designEntity |
|
Returns
ResultsFor(Bearing)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public BearingModalAnalysis ResultsFor(Bearing designEntity)
Parameters
| Type |
Name |
Description |
| Bearing |
designEntity |
|
Returns
ResultsFor(Bolt)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public BoltModalAnalysis ResultsFor(Bolt designEntity)
Parameters
| Type |
Name |
Description |
| Bolt |
designEntity |
|
Returns
ResultsFor(BoltedJoint)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public BoltedJointModalAnalysis ResultsFor(BoltedJoint designEntity)
Parameters
Returns
ResultsFor(Component)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public ComponentModalAnalysis ResultsFor(Component designEntity)
Parameters
Returns
ResultsFor(Connector)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public ConnectorModalAnalysis ResultsFor(Connector designEntity)
Parameters
Returns
ResultsFor(BeltDrive)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public BeltDriveModalAnalysis ResultsFor(BeltDrive designEntity)
Parameters
Returns
ResultsFor(Clutch)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public ClutchModalAnalysis ResultsFor(Clutch designEntity)
Parameters
| Type |
Name |
Description |
| Clutch |
designEntity |
|
Returns
ResultsFor(ClutchHalf)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public ClutchHalfModalAnalysis ResultsFor(ClutchHalf designEntity)
Parameters
Returns
ResultsFor(ConceptCoupling)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public ConceptCouplingModalAnalysis ResultsFor(ConceptCoupling designEntity)
Parameters
Returns
ResultsFor(ConceptCouplingHalf)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public ConceptCouplingHalfModalAnalysis ResultsFor(ConceptCouplingHalf designEntity)
Parameters
Returns
ResultsFor(Coupling)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public CouplingModalAnalysis ResultsFor(Coupling designEntity)
Parameters
| Type |
Name |
Description |
| Coupling |
designEntity |
|
Returns
ResultsFor(CouplingHalf)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public CouplingHalfModalAnalysis ResultsFor(CouplingHalf designEntity)
Parameters
Returns
ResultsFor(CVT)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public CVTModalAnalysis ResultsFor(CVT designEntity)
Parameters
| Type |
Name |
Description |
| CVT |
designEntity |
|
Returns
ResultsFor(CVTPulley)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public CVTPulleyModalAnalysis ResultsFor(CVTPulley designEntity)
Parameters
Returns
ResultsFor(PartToPartShearCoupling)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public PartToPartShearCouplingModalAnalysis ResultsFor(PartToPartShearCoupling designEntity)
Parameters
Returns
ResultsFor(PartToPartShearCouplingHalf)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public PartToPartShearCouplingHalfModalAnalysis ResultsFor(PartToPartShearCouplingHalf designEntity)
Parameters
Returns
ResultsFor(Pulley)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public PulleyModalAnalysis ResultsFor(Pulley designEntity)
Parameters
| Type |
Name |
Description |
| Pulley |
designEntity |
|
Returns
ResultsFor(RollingRing)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public RollingRingModalAnalysis ResultsFor(RollingRing designEntity)
Parameters
Returns
ResultsFor(RollingRingAssembly)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public RollingRingAssemblyModalAnalysis ResultsFor(RollingRingAssembly designEntity)
Parameters
Returns
ResultsFor(ShaftHubConnection)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public ShaftHubConnectionModalAnalysis ResultsFor(ShaftHubConnection designEntity)
Parameters
Returns
ResultsFor(SpringDamper)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public SpringDamperModalAnalysis ResultsFor(SpringDamper designEntity)
Parameters
Returns
ResultsFor(SpringDamperHalf)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public SpringDamperHalfModalAnalysis ResultsFor(SpringDamperHalf designEntity)
Parameters
Returns
ResultsFor(Synchroniser)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public SynchroniserModalAnalysis ResultsFor(Synchroniser designEntity)
Parameters
Returns
ResultsFor(SynchroniserHalf)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public SynchroniserHalfModalAnalysis ResultsFor(SynchroniserHalf designEntity)
Parameters
Returns
ResultsFor(SynchroniserPart)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public SynchroniserPartModalAnalysis ResultsFor(SynchroniserPart designEntity)
Parameters
Returns
ResultsFor(SynchroniserSleeve)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public SynchroniserSleeveModalAnalysis ResultsFor(SynchroniserSleeve designEntity)
Parameters
Returns
ResultsFor(TorqueConverter)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public TorqueConverterModalAnalysis ResultsFor(TorqueConverter designEntity)
Parameters
Returns
ResultsFor(TorqueConverterPump)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public TorqueConverterPumpModalAnalysis ResultsFor(TorqueConverterPump designEntity)
Parameters
Returns
ResultsFor(TorqueConverterTurbine)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public TorqueConverterTurbineModalAnalysis ResultsFor(TorqueConverterTurbine designEntity)
Parameters
Returns
ResultsFor(CycloidalAssembly)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public CycloidalAssemblyModalAnalysis ResultsFor(CycloidalAssembly designEntity)
Parameters
Returns
ResultsFor(CycloidalDisc)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public CycloidalDiscModalAnalysis ResultsFor(CycloidalDisc designEntity)
Parameters
Returns
ResultsFor(RingPins)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public RingPinsModalAnalysis ResultsFor(RingPins designEntity)
Parameters
| Type |
Name |
Description |
| RingPins |
designEntity |
|
Returns
ResultsFor(Datum)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public DatumModalAnalysis ResultsFor(Datum designEntity)
Parameters
| Type |
Name |
Description |
| Datum |
designEntity |
|
Returns
ResultsFor(ExternalCADModel)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public ExternalCADModelModalAnalysis ResultsFor(ExternalCADModel designEntity)
Parameters
Returns
ResultsFor(FEPart)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public FEPartModalAnalysis ResultsFor(FEPart designEntity)
Parameters
| Type |
Name |
Description |
| FEPart |
designEntity |
|
Returns
ResultsFor(FlexiblePinAssembly)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public FlexiblePinAssemblyModalAnalysis ResultsFor(FlexiblePinAssembly designEntity)
Parameters
Returns
ResultsFor(AGMAGleasonConicalGear)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public AGMAGleasonConicalGearModalAnalysis ResultsFor(AGMAGleasonConicalGear designEntity)
Parameters
Returns
ResultsFor(AGMAGleasonConicalGearSet)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public AGMAGleasonConicalGearSetModalAnalysis ResultsFor(AGMAGleasonConicalGearSet designEntity)
Parameters
Returns
ResultsFor(BevelDifferentialGear)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public BevelDifferentialGearModalAnalysis ResultsFor(BevelDifferentialGear designEntity)
Parameters
Returns
ResultsFor(BevelDifferentialGearSet)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public BevelDifferentialGearSetModalAnalysis ResultsFor(BevelDifferentialGearSet designEntity)
Parameters
Returns
ResultsFor(BevelDifferentialPlanetGear)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public BevelDifferentialPlanetGearModalAnalysis ResultsFor(BevelDifferentialPlanetGear designEntity)
Parameters
Returns
ResultsFor(BevelDifferentialSunGear)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public BevelDifferentialSunGearModalAnalysis ResultsFor(BevelDifferentialSunGear designEntity)
Parameters
Returns
ResultsFor(BevelGear)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public BevelGearModalAnalysis ResultsFor(BevelGear designEntity)
Parameters
Returns
ResultsFor(BevelGearSet)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public BevelGearSetModalAnalysis ResultsFor(BevelGearSet designEntity)
Parameters
Returns
ResultsFor(ConceptGear)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public ConceptGearModalAnalysis ResultsFor(ConceptGear designEntity)
Parameters
Returns
ResultsFor(ConceptGearSet)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public ConceptGearSetModalAnalysis ResultsFor(ConceptGearSet designEntity)
Parameters
Returns
ResultsFor(ConicalGear)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public ConicalGearModalAnalysis ResultsFor(ConicalGear designEntity)
Parameters
Returns
ResultsFor(ConicalGearSet)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public ConicalGearSetModalAnalysis ResultsFor(ConicalGearSet designEntity)
Parameters
Returns
ResultsFor(CylindricalGear)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public CylindricalGearModalAnalysis ResultsFor(CylindricalGear designEntity)
Parameters
Returns
ResultsFor(CylindricalGearSet)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public CylindricalGearSetModalAnalysis ResultsFor(CylindricalGearSet designEntity)
Parameters
Returns
ResultsFor(CylindricalPlanetGear)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public CylindricalPlanetGearModalAnalysis ResultsFor(CylindricalPlanetGear designEntity)
Parameters
Returns
ResultsFor(FaceGear)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public FaceGearModalAnalysis ResultsFor(FaceGear designEntity)
Parameters
| Type |
Name |
Description |
| FaceGear |
designEntity |
|
Returns
ResultsFor(FaceGearSet)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public FaceGearSetModalAnalysis ResultsFor(FaceGearSet designEntity)
Parameters
Returns
ResultsFor(Gear)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public GearModalAnalysis ResultsFor(Gear designEntity)
Parameters
| Type |
Name |
Description |
| Gear |
designEntity |
|
Returns
ResultsFor(GearSet)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public GearSetModalAnalysis ResultsFor(GearSet designEntity)
Parameters
| Type |
Name |
Description |
| GearSet |
designEntity |
|
Returns
ResultsFor(HypoidGear)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public HypoidGearModalAnalysis ResultsFor(HypoidGear designEntity)
Parameters
Returns
ResultsFor(HypoidGearSet)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public HypoidGearSetModalAnalysis ResultsFor(HypoidGearSet designEntity)
Parameters
Returns
ResultsFor(KlingelnbergCycloPalloidConicalGear)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public KlingelnbergCycloPalloidConicalGearModalAnalysis ResultsFor(KlingelnbergCycloPalloidConicalGear designEntity)
Parameters
Returns
ResultsFor(KlingelnbergCycloPalloidConicalGearSet)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public KlingelnbergCycloPalloidConicalGearSetModalAnalysis ResultsFor(KlingelnbergCycloPalloidConicalGearSet designEntity)
Parameters
Returns
ResultsFor(KlingelnbergCycloPalloidHypoidGear)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public KlingelnbergCycloPalloidHypoidGearModalAnalysis ResultsFor(KlingelnbergCycloPalloidHypoidGear designEntity)
Parameters
Returns
ResultsFor(KlingelnbergCycloPalloidHypoidGearSet)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public KlingelnbergCycloPalloidHypoidGearSetModalAnalysis ResultsFor(KlingelnbergCycloPalloidHypoidGearSet designEntity)
Parameters
Returns
ResultsFor(KlingelnbergCycloPalloidSpiralBevelGear)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public KlingelnbergCycloPalloidSpiralBevelGearModalAnalysis ResultsFor(KlingelnbergCycloPalloidSpiralBevelGear designEntity)
Parameters
Returns
ResultsFor(KlingelnbergCycloPalloidSpiralBevelGearSet)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public KlingelnbergCycloPalloidSpiralBevelGearSetModalAnalysis ResultsFor(KlingelnbergCycloPalloidSpiralBevelGearSet designEntity)
Parameters
Returns
ResultsFor(PlanetaryGearSet)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public PlanetaryGearSetModalAnalysis ResultsFor(PlanetaryGearSet designEntity)
Parameters
Returns
ResultsFor(SpiralBevelGear)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public SpiralBevelGearModalAnalysis ResultsFor(SpiralBevelGear designEntity)
Parameters
Returns
ResultsFor(SpiralBevelGearSet)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public SpiralBevelGearSetModalAnalysis ResultsFor(SpiralBevelGearSet designEntity)
Parameters
Returns
ResultsFor(StraightBevelDiffGear)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public StraightBevelDiffGearModalAnalysis ResultsFor(StraightBevelDiffGear designEntity)
Parameters
Returns
ResultsFor(StraightBevelDiffGearSet)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public StraightBevelDiffGearSetModalAnalysis ResultsFor(StraightBevelDiffGearSet designEntity)
Parameters
Returns
ResultsFor(StraightBevelGear)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public StraightBevelGearModalAnalysis ResultsFor(StraightBevelGear designEntity)
Parameters
Returns
ResultsFor(StraightBevelGearSet)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public StraightBevelGearSetModalAnalysis ResultsFor(StraightBevelGearSet designEntity)
Parameters
Returns
ResultsFor(StraightBevelPlanetGear)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public StraightBevelPlanetGearModalAnalysis ResultsFor(StraightBevelPlanetGear designEntity)
Parameters
Returns
ResultsFor(StraightBevelSunGear)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public StraightBevelSunGearModalAnalysis ResultsFor(StraightBevelSunGear designEntity)
Parameters
Returns
ResultsFor(WormGear)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public WormGearModalAnalysis ResultsFor(WormGear designEntity)
Parameters
| Type |
Name |
Description |
| WormGear |
designEntity |
|
Returns
ResultsFor(WormGearSet)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public WormGearSetModalAnalysis ResultsFor(WormGearSet designEntity)
Parameters
Returns
ResultsFor(ZerolBevelGear)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public ZerolBevelGearModalAnalysis ResultsFor(ZerolBevelGear designEntity)
Parameters
Returns
ResultsFor(ZerolBevelGearSet)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public ZerolBevelGearSetModalAnalysis ResultsFor(ZerolBevelGearSet designEntity)
Parameters
Returns
ResultsFor(GuideDxfModel)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public GuideDxfModelModalAnalysis ResultsFor(GuideDxfModel designEntity)
Parameters
Returns
ResultsFor(MassDisc)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public MassDiscModalAnalysis ResultsFor(MassDisc designEntity)
Parameters
| Type |
Name |
Description |
| MassDisc |
designEntity |
|
Returns
ResultsFor(MeasurementComponent)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public MeasurementComponentModalAnalysis ResultsFor(MeasurementComponent designEntity)
Parameters
Returns
ResultsFor(MountableComponent)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public MountableComponentModalAnalysis ResultsFor(MountableComponent designEntity)
Parameters
Returns
ResultsFor(OilSeal)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public OilSealModalAnalysis ResultsFor(OilSeal designEntity)
Parameters
| Type |
Name |
Description |
| OilSeal |
designEntity |
|
Returns
ResultsFor(Part)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public PartModalAnalysis ResultsFor(Part designEntity)
Parameters
| Type |
Name |
Description |
| Part |
designEntity |
|
Returns
ResultsFor(PlanetCarrier)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public PlanetCarrierModalAnalysis ResultsFor(PlanetCarrier designEntity)
Parameters
Returns
ResultsFor(PointLoad)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public PointLoadModalAnalysis ResultsFor(PointLoad designEntity)
Parameters
Returns
ResultsFor(PowerLoad)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public PowerLoadModalAnalysis ResultsFor(PowerLoad designEntity)
Parameters
Returns
ResultsFor(RootAssembly)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public RootAssemblyModalAnalysis ResultsFor(RootAssembly designEntity)
Parameters
Returns
ResultsFor(Shaft)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public ShaftModalAnalysis ResultsFor(Shaft designEntity)
Parameters
| Type |
Name |
Description |
| Shaft |
designEntity |
|
Returns
ResultsFor(SpecialisedAssembly)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public SpecialisedAssemblyModalAnalysis ResultsFor(SpecialisedAssembly designEntity)
Parameters
Returns
ResultsFor(UnbalancedMass)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public UnbalancedMassModalAnalysis ResultsFor(UnbalancedMass designEntity)
Parameters
Returns
ResultsFor(VirtualComponent)
If designEntity is planetary, this will only return the result for the planetary original
Declaration
public VirtualComponentModalAnalysis ResultsFor(VirtualComponent designEntity)
Parameters
Returns