Index

Symbols

+AMrotorSIM.+Components (module) +AMrotorSIM.+Components.+Bearings (module) +AMrotorSIM.+Components.+Bearings.@RestrictAllDofsBearing (module) +AMrotorSIM.+Components.+Bearings.@SimpleAxialBearing (module) +AMrotorSIM.+Components.+Bearings.@SimpleBearing (module) +AMrotorSIM.+Components.+Bearings.@SimpleTorqueBearing (module) +AMrotorSIM.+Components.+Seals (module) +AMrotorSIM.+Components.+Seals.@BlackSeal (module) +AMrotorSIM.+Components.+Seals.@ChildsSeal (module) +AMrotorSIM.+Components.@CompInvariantMCK (module) +AMrotorSIM.+Components.@CompLUTMCK (module) +AMrotorSIM.+Components.@Disc (module) +AMrotorSIM.+Dataoutput.@TimeDataOutput (module) +AMrotorSIM.+Experiments.@Campbell (module) +AMrotorSIM.+Experiments.@Campbell.private (module) +AMrotorSIM.+Experiments.@Frequenzgangfunktion (module) +AMrotorSIM.+Experiments.@Frequenzgangfunktion.private (module) +AMrotorSIM.+Experiments.@FrequenzgangfunktionTime (module) +AMrotorSIM.+Experiments.@FrequenzgangfunktionTime.private (module) +AMrotorSIM.+Experiments.@Hochlaufanalyse (module) +AMrotorSIM.+Experiments.@Hochlaufanalyse.private (module) +AMrotorSIM.+Experiments.@Modalanalyse (module) +AMrotorSIM.+Experiments.@Stationaere_Lsg (module) +AMrotorSIM.+Experiments.@Stationaere_Lsg.private (module) +AMrotorSIM.+Graphs.@Campbell (module) +AMrotorSIM.+Graphs.@Campbell.private (module) +AMrotorSIM.+Graphs.@Eigenschwingformen (module) +AMrotorSIM.+Graphs.@Eigenschwingformen.private (module) +AMrotorSIM.+Graphs.@Fourierdarstellung (module) +AMrotorSIM.+Graphs.@Fourierdarstellung.private (module) +AMrotorSIM.+Graphs.@Fourierorbitdarstellung (module) +AMrotorSIM.+Graphs.@Fourierorbitdarstellung.private (module) +AMrotorSIM.+Graphs.@Frequenzgangfunktion (module) +AMrotorSIM.+Graphs.@Frequenzgangfunktion.private (module) +AMrotorSIM.+Graphs.@Orbitdarstellung (module) +AMrotorSIM.+Graphs.@TimeSignal (module) +AMrotorSIM.+Graphs.@Visu_Rotorsystem (module) +AMrotorSIM.+Graphs.@Visu_Rotorsystem.private (module) +AMrotorSIM.+Graphs.@Waterfalldiagramm (module) +AMrotorSIM.+Graphs.@Waterfalldiagramm.private (module)

+AMrotorSIM.+Graphs.@WaterfalldiagrammTwoSided (module) +AMrotorSIM.+Graphs.@WaterfalldiagrammTwoSided.private (module) +AMrotorSIM.+Loads (module) +AMrotorSIM.+Loads.@Force_constant_fix (module) +AMrotorSIM.+Loads.@Force_timevariant_chirp (module) +AMrotorSIM.+Loads.@Force_timevariant_fix (module) +AMrotorSIM.+Loads.@Force_timevariant_LUT (module) +AMrotorSIM.+Loads.@Force_timevariant_whirl_bwd (module) +AMrotorSIM.+Loads.@Force_timevariant_whirl_bwd_sweep (module) +AMrotorSIM.+Loads.@Force_timevariant_whirl_fwd (module) +AMrotorSIM.+Loads.@Force_timevariant_whirl_fwd_sweep (module) +AMrotorSIM.+Loads.@Unbalance_static (module) +AMrotorSIM.+pidControllers (module) +AMrotorSIM.+pidControllers.@pidControllerLinear (module) +AMrotorSIM.+pidControllers.@pidControllerLUT (module) +AMrotorSIM.+pidControllers.@pidControllerPolynomial2 (module) +AMrotorSIM.+Rotor.+FEMRotor.+Element (module) +AMrotorSIM.+Rotor.+FEMRotor.+Element.@TimoshenkoLinearElement (module) +AMrotorSIM.+Rotor.+FEMRotor.+Element.@TimoshenkoLinearElement.private (module) +AMrotorSIM.+Rotor.+FEMRotor.@FeModel (module) +AMrotorSIM.+Rotor.+FEMRotor.@FeModel.private (module) +AMrotorSIM.+Rotor.+FEMRotor.@Geometry (module) +AMrotorSIM.+Rotor.+FEMRotor.@GeoNode (module) +AMrotorSIM.+Rotor.+FEMRotor.@Material (module) +AMrotorSIM.+Rotor.+FEMRotor.@Mesh (module) +AMrotorSIM.+Rotor.+FEMRotor.@MeshNode (module) +AMrotorSIM.+Sensors (module) +AMrotorSIM.+Sensors.@Accelerationsensor (module) +AMrotorSIM.+Sensors.@Anglesensor (module) +AMrotorSIM.+Sensors.@AngularVelocitysensor (module) +AMrotorSIM.+Sensors.@BearingForceSensor (module) +AMrotorSIM.+Sensors.@ControllerForceSensor (module) +AMrotorSIM.+Sensors.@Displacementsensor (module) +AMrotorSIM.+Sensors.@ForceLoadPostSensor (module) +AMrotorSIM.+Sensors.@Velocitysensor (module) +AMrotorSIM.+Solvers (module) +AMrotorSIM.+Solvers.@Newmark (module) +AMrotorSIM.+Solvers.@Ode15s (module) +AMrotorSIM.+Solvers.@Ode45_Solver (module) +AMrotorSIM.@ActiveMagneticBearing (module) +AMrotorSIM.@Rotorsystem (module)

A

A (+AMrotorSIM.+pidControllers.@pidControllerPolynomial2.pidControllerPolynomial2 attribute) abtastrate (+AMrotorSIM.+Graphs.@Fourierdarstellung.Fourierdarstellung attribute) (+AMrotorSIM.+Graphs.@Waterfalldiagramm.Waterfalldiagramm attribute) (+AMrotorSIM.+Graphs.@WaterfalldiagrammTwoSided.WaterfalldiagrammTwoSided attribute) Accelerationsensor (class in +AMrotorSIM.+Sensors.@Accelerationsensor) Accelerationsensor() (+AMrotorSIM.+Sensors.@Accelerationsensor.Accelerationsensor method) ActiveMagneticBearing (class in +AMrotorSIM.@ActiveMagneticBearing) ActiveMagneticBearing() (+AMrotorSIM.@ActiveMagneticBearing.ActiveMagneticBearing method) Anglesensor (class in +AMrotorSIM.+Sensors.@Anglesensor) Anglesensor() (+AMrotorSIM.+Sensors.@Anglesensor.Anglesensor method) AngularVelocitysensor (class in +AMrotorSIM.+Sensors.@AngularVelocitysensor)

AngularVelocitysensor() (+AMrotorSIM.+Sensors.@AngularVelocitysensor.AngularVelocitysensor method) approximation (+AMrotorSIM.+Rotor.+FEMRotor.@Mesh.Mesh attribute) assemble() (in module +AMrotorSIM.@ActiveMagneticBearing) (in module +AMrotorSIM.@Rotorsystem) assemble_fem() (in module +AMrotorSIM.+Rotor.+FEMRotor.@FeModel) assemble_gyroscopic_matrix() (in module +AMrotorSIM.+Rotor.+FEMRotor.+Element.@TimoshenkoLinearElement) assemble_mass_matrix() (in module +AMrotorSIM.+Rotor.+FEMRotor.+Element.@TimoshenkoLinearElement) assemble_stiffness_matrix() (in module +AMrotorSIM.+Rotor.+FEMRotor.+Element.@TimoshenkoLinearElement) assemble_system_controller_forces() (in module +AMrotorSIM.@Rotorsystem) assemble_system_loads() (in module +AMrotorSIM.@Rotorsystem) assemble_system_matrices() (in module +AMrotorSIM.@Rotorsystem)

B

B (+AMrotorSIM.+pidControllers.@pidControllerPolynomial2.pidControllerPolynomial2 attribute) Bearing (class in +AMrotorSIM.+Components.+Bearings) Bearing() (+AMrotorSIM.+Components.+Bearings.Bearing method) BearingForceSensor (class in +AMrotorSIM.+Sensors.@BearingForceSensor)

BearingForceSensor() (+AMrotorSIM.+Sensors.@BearingForceSensor.BearingForceSensor method) BlackModel() (in module +AMrotorSIM.+Components.+Seals.@BlackSeal) BlackSeal (class in +AMrotorSIM.+Components.+Seals.@BlackSeal) BlackSeal() (+AMrotorSIM.+Components.+Seals.@BlackSeal.BlackSeal method)

C

C (+AMrotorSIM.+Experiments.@FrequenzgangfunktionTime.FrequenzgangfunktionTime attribute) calculate() (+AMrotorSIM.+Experiments.@Campbell.Campbell method) (in module +AMrotorSIM.+Experiments.@Frequenzgangfunktion) (in module +AMrotorSIM.+Experiments.@FrequenzgangfunktionTime) calculate_bearing_force() (in module +AMrotorSIM.@Rotorsystem) calculate_controller_force() (in module +AMrotorSIM.@Rotorsystem) calculate_force_load_post_sensor() (in module +AMrotorSIM.@Rotorsystem) calculate_geometry_parameters() (in module +AMrotorSIM.+Rotor.+FEMRotor.+Element.@TimoshenkoLinearElement) calculate_rotorsystem() (in module +AMrotorSIM.+Experiments.@Modalanalyse) Campbell (class in +AMrotorSIM.+Experiments.@Campbell) (class in +AMrotorSIM.+Graphs.@Campbell) Campbell() (+AMrotorSIM.+Experiments.@Campbell.Campbell method) (+AMrotorSIM.+Graphs.@Campbell.Campbell method) check_for_non_integrable_components() (in module +AMrotorSIM.@Rotorsystem) check_for_uniform_sampling() (in module +AMrotorSIM.+Experiments.@FrequenzgangfunktionTime.private) check_overall_translational_mass() (in module +AMrotorSIM.@Rotorsystem) check_rigidbody() (in module +AMrotorSIM.+Rotor.+FEMRotor.@FeModel) check_rpm_included_in_results() (in module +AMrotorSIM.+Experiments.@FrequenzgangfunktionTime.private) check_selected_dof() (in module +AMrotorSIM.+Experiments.@FrequenzgangfunktionTime.private) ChildsModel() (in module +AMrotorSIM.+Components.+Seals.@ChildsSeal) ChildsSeal (class in +AMrotorSIM.+Components.+Seals.@ChildsSeal) ChildsSeal() (+AMrotorSIM.+Components.+Seals.@ChildsSeal.ChildsSeal method) clear_time_result() (in module +AMrotorSIM.+Experiments.@Hochlaufanalyse) (in module +AMrotorSIM.+Experiments.@Stationaere_Lsg) CompInvariantMCK (class in +AMrotorSIM.+Components.@CompInvariantMCK) CompInvariantMCK() (+AMrotorSIM.+Components.@CompInvariantMCK.CompInvariantMCK method) CompLUTMCK (class in +AMrotorSIM.+Components.@CompLUTMCK) CompLUTMCK() (+AMrotorSIM.+Components.@CompLUTMCK.CompLUTMCK method) Component (class in +AMrotorSIM.+Components) Component() (+AMrotorSIM.+Components.Component method) compose_data() (in module +AMrotorSIM.+Dataoutput.@TimeDataOutput) compose_data_sensor_wise() (in module +AMrotorSIM.+Dataoutput.@TimeDataOutput) compute_axial_mass_matrix() (in module +AMrotorSIM.+Rotor.+FEMRotor.+Element.@TimoshenkoLinearElement.private) compute_axial_stiffness_matrix() (in module +AMrotorSIM.+Rotor.+FEMRotor.+Element.@TimoshenkoLinearElement.private) compute_bending_stiffness_matrix() (in module +AMrotorSIM.+Rotor.+FEMRotor.+Element.@TimoshenkoLinearElement.private)

compute_euler_ss() (in module +AMrotorSIM.+Experiments.@Stationaere_Lsg) compute_flexural_mass_matrix() (in module +AMrotorSIM.+Rotor.+FEMRotor.+Element.@TimoshenkoLinearElement.private) compute_gyroscopic_matrix() (in module +AMrotorSIM.+Rotor.+FEMRotor.+Element.@TimoshenkoLinearElement.private) compute_newmark() (in module +AMrotorSIM.+Experiments.@Stationaere_Lsg) compute_ode15s_ss() (in module +AMrotorSIM.+Experiments.@Hochlaufanalyse) (in module +AMrotorSIM.+Experiments.@Stationaere_Lsg) compute_state_space_for_controller() (in module +AMrotorSIM.@Rotorsystem) compute_sys_ss_variant() (in module +AMrotorSIM.+Experiments.@Stationaere_Lsg) compute_system_load_ss() (in module +AMrotorSIM.@Rotorsystem) compute_torsional_mass_matrix() (in module +AMrotorSIM.+Rotor.+FEMRotor.+Element.@TimoshenkoLinearElement.private) compute_torsional_stiffness_matrix() (in module +AMrotorSIM.+Rotor.+FEMRotor.+Element.@TimoshenkoLinearElement.private) compute_translational_rigid_body_modes() (in module +AMrotorSIM.@Rotorsystem) ControllerForceSensor (class in +AMrotorSIM.+Sensors.@ControllerForceSensor) ControllerForceSensor() (+AMrotorSIM.+Sensors.@ControllerForceSensor.ControllerForceSensor method) convert_data_to_struct_sensor_wise() (in module +AMrotorSIM.+Dataoutput.@TimeDataOutput) create_ele_loc_matrix() (in module +AMrotorSIM.+Components.+Bearings.@RestrictAllDofsBearing) (in module +AMrotorSIM.+Components.+Bearings.@SimpleAxialBearing) (in module +AMrotorSIM.+Components.+Bearings.@SimpleBearing) (in module +AMrotorSIM.+Components.+Bearings.@SimpleTorqueBearing) (in module +AMrotorSIM.+Components.+Seals.@BlackSeal) (in module +AMrotorSIM.+Components.+Seals.@ChildsSeal) (in module +AMrotorSIM.+Components.@CompInvariantMCK) (in module +AMrotorSIM.+Components.@CompLUTMCK) (in module +AMrotorSIM.+Components.@Disc) (in module +AMrotorSIM.+Loads.@Force_constant_fix) (in module +AMrotorSIM.+Loads.@Force_timevariant_chirp) (in module +AMrotorSIM.+Loads.@Force_timevariant_fix) (in module +AMrotorSIM.+Loads.@Force_timevariant_LUT) (in module +AMrotorSIM.+Loads.@Force_timevariant_whirl_bwd) (in module +AMrotorSIM.+Loads.@Force_timevariant_whirl_bwd_sweep) (in module +AMrotorSIM.+Loads.@Force_timevariant_whirl_fwd) (in module +AMrotorSIM.+Loads.@Force_timevariant_whirl_fwd_sweep) (in module +AMrotorSIM.+Loads.@Unbalance_static) (in module +AMrotorSIM.+Rotor.+FEMRotor.+Element.@TimoshenkoLinearElement) create_mesh() (in module +AMrotorSIM.+Rotor.+FEMRotor.@FeModel) cT (+AMrotorSIM.+pidControllers.@pidControllerPolynomial2.pidControllerPolynomial2 attribute)

D

d (+AMrotorSIM.+pidControllers.@pidControllerPolynomial2.pidControllerPolynomial2 attribute) d_max (+AMrotorSIM.+Rotor.+FEMRotor.@Mesh.Mesh attribute) density (+AMrotorSIM.+Rotor.+FEMRotor.@Material.Material attribute) descriptionsH (+AMrotorSIM.+Experiments.@Frequenzgangfunktion.Frequenzgangfunktion attribute) Disc (class in +AMrotorSIM.+Components.@Disc) Disc() (+AMrotorSIM.+Components.@Disc.Disc method) Displacementsensor (class in +AMrotorSIM.+Sensors.@Displacementsensor)

Displacementsensor() (+AMrotorSIM.+Sensors.@Displacementsensor.Displacementsensor method) display_damping() (in module +AMrotorSIM.+Graphs.@Eigenschwingformen.private) display_frequencies() (in module +AMrotorSIM.+Graphs.@Eigenschwingformen.private) do_mass_normalization() (in module +AMrotorSIM.+Experiments.@Modalanalyse) DPS_FFT_C() (in module +AMrotorSIM.+Graphs.@WaterfalldiagrammTwoSided.private) drehzahl (+AMrotorSIM.+Graphs.@Waterfalldiagramm.Waterfalldiagramm attribute) (+AMrotorSIM.+Graphs.@WaterfalldiagrammTwoSided.WaterfalldiagrammTwoSided attribute)

E

Eigenschwingformen (class in +AMrotorSIM.+Graphs.@Eigenschwingformen) Eigenschwingformen() (+AMrotorSIM.+Graphs.@Eigenschwingformen.Eigenschwingformen method) electricalD (+AMrotorSIM.+pidControllers.pidController attribute) electricalI (+AMrotorSIM.+pidControllers.pidController attribute) Element (class in +AMrotorSIM.+Rotor.+FEMRotor.+Element)

Element() (+AMrotorSIM.+Rotor.+FEMRotor.+Element.Element method) EVb (+AMrotorSIM.+Experiments.@Campbell.Campbell attribute) EVf (+AMrotorSIM.+Experiments.@Campbell.Campbell attribute) EWb (+AMrotorSIM.+Experiments.@Campbell.Campbell attribute) EWf (+AMrotorSIM.+Experiments.@Campbell.Campbell attribute)

F

FeModel (class in +AMrotorSIM.+Rotor.+FEMRotor.@FeModel) FeModel() (+AMrotorSIM.+Rotor.+FEMRotor.@FeModel.FeModel method) FFT_Data_Gesamt() (in module +AMrotorSIM.+Graphs.@Fourierdarstellung.private) (in module +AMrotorSIM.+Graphs.@Waterfalldiagramm.private) find_node_nr() (in module +AMrotorSIM.+Rotor.+FEMRotor.@FeModel) find_state_vector() (in module +AMrotorSIM.@Rotorsystem) Force_constant_fix (class in +AMrotorSIM.+Loads.@Force_constant_fix) Force_constant_fix() (+AMrotorSIM.+Loads.@Force_constant_fix.Force_constant_fix method) Force_timevariant_chirp (class in +AMrotorSIM.+Loads.@Force_timevariant_chirp) Force_timevariant_chirp() (+AMrotorSIM.+Loads.@Force_timevariant_chirp.Force_timevariant_chirp method) Force_timevariant_fix (class in +AMrotorSIM.+Loads.@Force_timevariant_fix) Force_timevariant_fix() (+AMrotorSIM.+Loads.@Force_timevariant_fix.Force_timevariant_fix method) Force_timevariant_LUT (class in +AMrotorSIM.+Loads.@Force_timevariant_LUT) Force_timevariant_LUT() (+AMrotorSIM.+Loads.@Force_timevariant_LUT.Force_timevariant_LUT method) Force_timevariant_whirl_bwd (class in +AMrotorSIM.+Loads.@Force_timevariant_whirl_bwd) Force_timevariant_whirl_bwd() (+AMrotorSIM.+Loads.@Force_timevariant_whirl_bwd.Force_timevariant_whirl_bwd method) Force_timevariant_whirl_bwd_sweep (class in +AMrotorSIM.+Loads.@Force_timevariant_whirl_bwd_sweep)

Force_timevariant_whirl_bwd_sweep() (+AMrotorSIM.+Loads.@Force_timevariant_whirl_bwd_sweep.Force_timevariant_whirl_bwd_sweep method) Force_timevariant_whirl_fwd (class in +AMrotorSIM.+Loads.@Force_timevariant_whirl_fwd) Force_timevariant_whirl_fwd() (+AMrotorSIM.+Loads.@Force_timevariant_whirl_fwd.Force_timevariant_whirl_fwd method) Force_timevariant_whirl_fwd_sweep (class in +AMrotorSIM.+Loads.@Force_timevariant_whirl_fwd_sweep) Force_timevariant_whirl_fwd_sweep() (+AMrotorSIM.+Loads.@Force_timevariant_whirl_fwd_sweep.Force_timevariant_whirl_fwd_sweep method) ForceLoadPostSensor (class in +AMrotorSIM.+Sensors.@ForceLoadPostSensor) ForceLoadPostSensor() (+AMrotorSIM.+Sensors.@ForceLoadPostSensor.ForceLoadPostSensor method) Fourierdarstellung (class in +AMrotorSIM.+Graphs.@Fourierdarstellung) Fourierdarstellung() (+AMrotorSIM.+Graphs.@Fourierdarstellung.Fourierdarstellung method) FourierFit() (in module +AMrotorSIM.+Graphs.@Fourierorbitdarstellung.private) Fourierorbitdarstellung (class in +AMrotorSIM.+Graphs.@Fourierorbitdarstellung) Fourierorbitdarstellung() (+AMrotorSIM.+Graphs.@Fourierorbitdarstellung.Fourierorbitdarstellung method) Frequenzgangfunktion (class in +AMrotorSIM.+Experiments.@Frequenzgangfunktion) (class in +AMrotorSIM.+Graphs.@Frequenzgangfunktion) Frequenzgangfunktion() (+AMrotorSIM.+Experiments.@Frequenzgangfunktion.Frequenzgangfunktion method) (+AMrotorSIM.+Graphs.@Frequenzgangfunktion.Frequenzgangfunktion method) FrequenzgangfunktionTime (class in +AMrotorSIM.+Experiments.@FrequenzgangfunktionTime) FrequenzgangfunktionTime() (+AMrotorSIM.+Experiments.@FrequenzgangfunktionTime.FrequenzgangfunktionTime method)

G

G_module (+AMrotorSIM.+Rotor.+FEMRotor.@Material.Material attribute) generate_sensor_output() (in module +AMrotorSIM.@Rotorsystem) Geometry (class in +AMrotorSIM.+Rotor.+FEMRotor.@Geometry) Geometry() (+AMrotorSIM.+Rotor.+FEMRotor.@Geometry.Geometry method) GeoNode (class in +AMrotorSIM.+Rotor.+FEMRotor.@GeoNode) GeoNode() (+AMrotorSIM.+Rotor.+FEMRotor.@GeoNode.GeoNode method) get_coherence_selection() (in module +AMrotorSIM.+Graphs.@Frequenzgangfunktion.private) get_component_matrices() (in module +AMrotorSIM.@Rotorsystem) get_controller_current() (+AMrotorSIM.+pidControllers.pidController method) (in module +AMrotorSIM.+pidControllers.@pidControllerLinear) (in module +AMrotorSIM.+pidControllers.@pidControllerLUT) (in module +AMrotorSIM.+pidControllers.@pidControllerPolynomial2) get_controller_force() (in module +AMrotorSIM.+pidControllers.@pidControllerLinear) (in module +AMrotorSIM.+pidControllers.@pidControllerLUT) (in module +AMrotorSIM.+pidControllers.@pidControllerPolynomial2) get_distance_node_desired_position() (in module +AMrotorSIM.+Rotor.+FEMRotor.@FeModel) get_dof_no() (in module +AMrotorSIM.+Rotor.+FEMRotor.@FeModel) get_eigenvalues() (+AMrotorSIM.+Experiments.@Campbell.Campbell method) get_EW() (in module +AMrotorSIM.+Graphs.@Campbell) get_force_newmark() (in module +AMrotorSIM.+Experiments.@Stationaere_Lsg.private) get_frf() (in module +AMrotorSIM.+Experiments.@Frequenzgangfunktion) (in module +AMrotorSIM.+Experiments.@FrequenzgangfunktionTime) get_gdof() (in module +AMrotorSIM.+Rotor.+FEMRotor.@FeModel) get_loc_damping_matrix() (in module +AMrotorSIM.+Components.+Bearings.@RestrictAllDofsBearing) (in module +AMrotorSIM.+Components.+Bearings.@SimpleAxialBearing) (in module +AMrotorSIM.+Components.+Bearings.@SimpleBearing) (in module +AMrotorSIM.+Components.+Bearings.@SimpleTorqueBearing) (in module +AMrotorSIM.+Components.+Seals.@BlackSeal) (in module +AMrotorSIM.+Components.+Seals.@ChildsSeal) (in module +AMrotorSIM.+Components.@CompInvariantMCK) (in module +AMrotorSIM.+Components.@CompLUTMCK) (in module +AMrotorSIM.+Components.@Disc) get_loc_gyroscopic_matrix() (in module +AMrotorSIM.+Components.+Bearings.@RestrictAllDofsBearing) (in module +AMrotorSIM.+Components.+Bearings.@SimpleAxialBearing) (in module +AMrotorSIM.+Components.+Bearings.@SimpleBearing) (in module +AMrotorSIM.+Components.+Bearings.@SimpleTorqueBearing) (in module +AMrotorSIM.+Components.+Seals.@BlackSeal) (in module +AMrotorSIM.+Components.+Seals.@ChildsSeal) (in module +AMrotorSIM.+Components.@CompInvariantMCK) (in module +AMrotorSIM.+Components.@CompLUTMCK) (in module +AMrotorSIM.+Components.@Disc) get_loc_load_vec() (in module +AMrotorSIM.+Loads.@Force_constant_fix) (in module +AMrotorSIM.+Loads.@Force_timevariant_chirp) (in module +AMrotorSIM.+Loads.@Force_timevariant_fix) (in module +AMrotorSIM.+Loads.@Force_timevariant_LUT) (in module +AMrotorSIM.+Loads.@Force_timevariant_whirl_bwd) (in module +AMrotorSIM.+Loads.@Force_timevariant_whirl_bwd_sweep) (in module +AMrotorSIM.+Loads.@Force_timevariant_whirl_fwd) (in module +AMrotorSIM.+Loads.@Force_timevariant_whirl_fwd_sweep) (in module +AMrotorSIM.+Loads.@Unbalance_static)

get_loc_mass_matrix() (in module +AMrotorSIM.+Components.+Bearings.@RestrictAllDofsBearing) (in module +AMrotorSIM.+Components.+Bearings.@SimpleAxialBearing) (in module +AMrotorSIM.+Components.+Bearings.@SimpleBearing) (in module +AMrotorSIM.+Components.+Bearings.@SimpleTorqueBearing) (in module +AMrotorSIM.+Components.+Seals.@BlackSeal) (in module +AMrotorSIM.+Components.+Seals.@ChildsSeal) (in module +AMrotorSIM.+Components.@CompInvariantMCK) (in module +AMrotorSIM.+Components.@CompLUTMCK) (in module +AMrotorSIM.+Components.@Disc) get_loc_stiffness_matrix() (in module +AMrotorSIM.+Components.+Bearings.@RestrictAllDofsBearing) (in module +AMrotorSIM.+Components.+Bearings.@SimpleAxialBearing) (in module +AMrotorSIM.+Components.+Bearings.@SimpleBearing) (in module +AMrotorSIM.+Components.+Bearings.@SimpleTorqueBearing) (in module +AMrotorSIM.+Components.+Seals.@BlackSeal) (in module +AMrotorSIM.+Components.+Seals.@ChildsSeal) (in module +AMrotorSIM.+Components.@CompInvariantMCK) (in module +AMrotorSIM.+Components.@CompLUTMCK) (in module +AMrotorSIM.+Components.@Disc) get_loc_system_matrices() (in module +AMrotorSIM.+Components.+Seals.@BlackSeal) (in module +AMrotorSIM.+Components.+Seals.@ChildsSeal) get_mass() (in module +AMrotorSIM.+Rotor.+FEMRotor.@FeModel) get_modulo_of_nodes_to_plot() (in module +AMrotorSIM.+Graphs.@Eigenschwingformen) get_node_no() (in module +AMrotorSIM.+Rotor.+FEMRotor.@FeModel) get_node_position() (in module +AMrotorSIM.+Rotor.+FEMRotor.@FeModel) get_number_of_eigenvalues() (+AMrotorSIM.+Experiments.@Campbell.Campbell method) get_number_of_modes() (+AMrotorSIM.+Experiments.@Campbell.Campbell method) get_number_of_tangential_points() (in module +AMrotorSIM.+Graphs.@Eigenschwingformen) get_omega() (+AMrotorSIM.+Experiments.@Campbell.Campbell method) get_position_entries() (in module +AMrotorSIM.+Experiments.@Campbell) (in module +AMrotorSIM.+Experiments.@Modalanalyse) get_positive_entries() (in module +AMrotorSIM.+Experiments.@Campbell.private) get_scale_eigenvector() (in module +AMrotorSIM.+Graphs.@Eigenschwingformen) get_sensor_mesh_position() (in module +AMrotorSIM.@Rotorsystem) get_separation_eigenvectors() (in module +AMrotorSIM.+Experiments.@Campbell) get_state_space_matrices() (in module +AMrotorSIM.+Experiments.@Campbell) (in module +AMrotorSIM.+Experiments.@Modalanalyse) (in module +AMrotorSIM.+Experiments.@Stationaere_Lsg) get_volume() (in module +AMrotorSIM.+Rotor.+FEMRotor.@Geometry) get_zero_crossing() (in module +AMrotorSIM.+Graphs.@Campbell)

H

H (+AMrotorSIM.+Experiments.@Frequenzgangfunktion.Frequenzgangfunktion attribute) (+AMrotorSIM.+Experiments.@FrequenzgangfunktionTime.FrequenzgangfunktionTime attribute)

Hochlaufanalyse (class in +AMrotorSIM.+Experiments.@Hochlaufanalyse) Hochlaufanalyse() (+AMrotorSIM.+Experiments.@Hochlaufanalyse.Hochlaufanalyse method)

I

integrate_function() (in module +AMrotorSIM.+Experiments.@Hochlaufanalyse.private) (in module +AMrotorSIM.+Experiments.@Stationaere_Lsg.private)

K

ki (+AMrotorSIM.+pidControllers.@pidControllerLinear.pidControllerLinear attribute)

L

linegradient() (in module +AMrotorSIM.+Rotor.+FEMRotor.@FeModel.private) Load (class in +AMrotorSIM.+Loads)

Load() (+AMrotorSIM.+Loads.Load method) LookUpTable() (in module +AMrotorSIM.+Components.@CompLUTMCK) (in module +AMrotorSIM.+pidControllers.@pidControllerLUT)

M

M (+AMrotorSIM.+Solvers.@Ode15s.Ode15s attribute) make_amplitude_label() (in module +AMrotorSIM.+Graphs.@Frequenzgangfunktion.private) make_descriptions_for_FRF() (in module +AMrotorSIM.+Experiments.@Frequenzgangfunktion.private) (in module +AMrotorSIM.+Experiments.@FrequenzgangfunktionTime.private) make_figure_title() (in module +AMrotorSIM.+Graphs.@Frequenzgangfunktion.private) make_imag_label() (in module +AMrotorSIM.+Graphs.@Frequenzgangfunktion.private) make_phase_label() (in module +AMrotorSIM.+Graphs.@Frequenzgangfunktion.private) make_real_label() (in module +AMrotorSIM.+Graphs.@Frequenzgangfunktion.private) make_type() (in module +AMrotorSIM.+Experiments.@FrequenzgangfunktionTime.private)

make_unit() (in module +AMrotorSIM.+Experiments.@FrequenzgangfunktionTime.private) make_unit_from_type() (in module +AMrotorSIM.+Experiments.@Frequenzgangfunktion.private) Material (class in +AMrotorSIM.+Rotor.+FEMRotor.@Material) Material() (+AMrotorSIM.+Rotor.+FEMRotor.@Material.Material method) Mesh (class in +AMrotorSIM.+Rotor.+FEMRotor.@Mesh) Mesh() (+AMrotorSIM.+Rotor.+FEMRotor.@Mesh.Mesh method) MeshNode (class in +AMrotorSIM.+Rotor.+FEMRotor.@MeshNode) MeshNode() (+AMrotorSIM.+Rotor.+FEMRotor.@MeshNode.MeshNode method) Modalanalyse (class in +AMrotorSIM.+Experiments.@Modalanalyse) Modalanalyse() (+AMrotorSIM.+Experiments.@Modalanalyse.Modalanalyse method)

N

n_refinement (+AMrotorSIM.+Rotor.+FEMRotor.@Mesh.Mesh attribute) name (+AMrotorSIM.+Experiments.@Campbell.Campbell attribute) (+AMrotorSIM.+Experiments.@Frequenzgangfunktion.Frequenzgangfunktion attribute) (+AMrotorSIM.+Experiments.@FrequenzgangfunktionTime.FrequenzgangfunktionTime attribute) Name (+AMrotorSIM.+Graphs.@Campbell.Campbell attribute) name (+AMrotorSIM.+Graphs.@Eigenschwingformen.Eigenschwingformen attribute) (+AMrotorSIM.+pidControllers.pidController attribute) (+AMrotorSIM.+Rotor.+FEMRotor.@FeModel.FeModel attribute) (+AMrotorSIM.+Rotor.+FEMRotor.@GeoNode.GeoNode attribute) (+AMrotorSIM.+Rotor.+FEMRotor.@Material.Material attribute) (+AMrotorSIM.+Rotor.+FEMRotor.@Mesh.Mesh attribute)

Newmark (class in +AMrotorSIM.+Solvers.@Newmark) Newmark() (+AMrotorSIM.+Solvers.@Newmark.Newmark method) newmark_integration() (in module +AMrotorSIM.+Solvers.@Newmark) newmark_integration_ss() (in module +AMrotorSIM.+Solvers.@Newmark) newmark_integration_with_adaptive_step_size() (in module +AMrotorSIM.+Experiments.@Stationaere_Lsg) newmark_integration_without_adaptive_step_size() (in module +AMrotorSIM.+Experiments.@Stationaere_Lsg) num (+AMrotorSIM.+Experiments.@Campbell.Campbell attribute)

O

Ode15() (+AMrotorSIM.+Solvers.@Ode15s.Ode15s method) Ode15s (class in +AMrotorSIM.+Solvers.@Ode15s) Ode45_Solver (class in +AMrotorSIM.+Solvers.@Ode45_Solver) ode_integration() (in module +AMrotorSIM.+Solvers.@Ode15s) (in module +AMrotorSIM.+Solvers.@Ode45_Solver)

odeOutputFcnController() (in module +AMrotorSIM.+Experiments.@Hochlaufanalyse.private) (in module +AMrotorSIM.+Experiments.@Stationaere_Lsg.private) omega (+AMrotorSIM.+Experiments.@Campbell.Campbell attribute) Orbitdarstellung (class in +AMrotorSIM.+Graphs.@Orbitdarstellung) Orbitdarstellung() (+AMrotorSIM.+Graphs.@Orbitdarstellung.Orbitdarstellung method)

P

perform_eigenanalysis() (in module +AMrotorSIM.+Experiments.@Campbell) (in module +AMrotorSIM.+Experiments.@Modalanalyse) pidController (class in +AMrotorSIM.+pidControllers) pidController() (+AMrotorSIM.+pidControllers.pidController method) pidControllerLinear (class in +AMrotorSIM.+pidControllers.@pidControllerLinear) pidControllerLinear() (+AMrotorSIM.+pidControllers.@pidControllerLinear.pidControllerLinear method) pidControllerLUT (class in +AMrotorSIM.+pidControllers.@pidControllerLUT) pidControllerLUT() (+AMrotorSIM.+pidControllers.@pidControllerLUT.pidControllerLUT method) pidControllerPolynomial2 (class in +AMrotorSIM.+pidControllers.@pidControllerPolynomial2) pidControllerPolynomial2() (+AMrotorSIM.+pidControllers.@pidControllerPolynomial2.pidControllerPolynomial2 method) plot() (in module +AMrotorSIM.+Graphs.@Fourierdarstellung) (in module +AMrotorSIM.+Graphs.@Fourierorbitdarstellung) (in module +AMrotorSIM.+Graphs.@Orbitdarstellung) (in module +AMrotorSIM.+Graphs.@TimeSignal) (in module +AMrotorSIM.+Graphs.@Waterfalldiagramm) (in module +AMrotorSIM.+Graphs.@WaterfalldiagrammTwoSided) plot_amplitude() (in module +AMrotorSIM.+Graphs.@Frequenzgangfunktion) plot_bearing() (in module +AMrotorSIM.+Graphs.@Visu_Rotorsystem.private) plot_bode() (in module +AMrotorSIM.+Graphs.@Frequenzgangfunktion) plot_coherence() (in module +AMrotorSIM.+Graphs.@Frequenzgangfunktion) plot_CompLUTMCK() (in module +AMrotorSIM.+Graphs.@Visu_Rotorsystem.private) plot_components() (in module +AMrotorSIM.+Graphs.@Visu_Rotorsystem.private) plot_damping_ratio() (in module +AMrotorSIM.+Graphs.@Campbell.private) plot_deltas() (in module +AMrotorSIM.+Graphs.@Campbell.private) plot_disc() (in module +AMrotorSIM.+Graphs.@Visu_Rotorsystem.private) plot_displacements() (in module +AMrotorSIM.+Graphs.@Eigenschwingformen) plot_esf_3D() (in module +AMrotorSIM.+Graphs.@Eigenschwingformen) plot_esf_3D_overlay() (in module +AMrotorSIM.+Graphs.@Eigenschwingformen) plot_force() (in module +AMrotorSIM.+Graphs.@Visu_Rotorsystem.private) plot_harmonic() (in module +AMrotorSIM.+Graphs.@Campbell.private) plot_loads() (in module +AMrotorSIM.+Graphs.@Visu_Rotorsystem.private) plot_nyquist() (in module +AMrotorSIM.+Graphs.@Frequenzgangfunktion) plot_omegas() (in module +AMrotorSIM.+Graphs.@Campbell.private) plot_phase() (in module +AMrotorSIM.+Graphs.@Frequenzgangfunktion) plot_pidController() (in module +AMrotorSIM.+Graphs.@Visu_Rotorsystem.private) plot_rotor() (in module +AMrotorSIM.+Graphs.@Visu_Rotorsystem.private) plot_seals() (in module +AMrotorSIM.+Graphs.@Visu_Rotorsystem.private) plot_sensors() (in module +AMrotorSIM.+Graphs.@Visu_Rotorsystem.private) plot_unbalance() (in module +AMrotorSIM.+Graphs.@Visu_Rotorsystem.private)

plotMode() (in module +AMrotorSIM.+Graphs.@Eigenschwingformen.private) plotMode3D() (in module +AMrotorSIM.+Graphs.@Eigenschwingformen.private) poisson (+AMrotorSIM.+Rotor.+FEMRotor.@Material.Material attribute) print() (+AMrotorSIM.+Solvers.Solver method) (in module +AMrotorSIM.+Components.+Bearings.@RestrictAllDofsBearing) (in module +AMrotorSIM.+Components.+Bearings.@SimpleAxialBearing) (in module +AMrotorSIM.+Components.+Bearings.@SimpleBearing) (in module +AMrotorSIM.+Components.+Bearings.@SimpleTorqueBearing) (in module +AMrotorSIM.+Components.+Seals.@BlackSeal) (in module +AMrotorSIM.+Components.+Seals.@ChildsSeal) (in module +AMrotorSIM.+Components.@CompInvariantMCK) (in module +AMrotorSIM.+Components.@CompLUTMCK) (in module +AMrotorSIM.+Components.@Disc) (in module +AMrotorSIM.+Loads.@Force_constant_fix) (in module +AMrotorSIM.+Loads.@Force_timevariant_chirp) (in module +AMrotorSIM.+Loads.@Force_timevariant_fix) (in module +AMrotorSIM.+Loads.@Force_timevariant_LUT) (in module +AMrotorSIM.+Loads.@Force_timevariant_whirl_bwd) (in module +AMrotorSIM.+Loads.@Force_timevariant_whirl_bwd_sweep) (in module +AMrotorSIM.+Loads.@Force_timevariant_whirl_fwd) (in module +AMrotorSIM.+Loads.@Force_timevariant_whirl_fwd_sweep) (in module +AMrotorSIM.+Loads.@Unbalance_static) (in module +AMrotorSIM.+pidControllers.@pidControllerLinear) (in module +AMrotorSIM.+pidControllers.@pidControllerLUT) (in module +AMrotorSIM.+pidControllers.@pidControllerPolynomial2) (in module +AMrotorSIM.+Rotor.+FEMRotor.@FeModel) (in module +AMrotorSIM.+Sensors.@Accelerationsensor) (in module +AMrotorSIM.+Sensors.@Anglesensor) (in module +AMrotorSIM.+Sensors.@AngularVelocitysensor) (in module +AMrotorSIM.+Sensors.@BearingForceSensor) (in module +AMrotorSIM.+Sensors.@ControllerForceSensor) (in module +AMrotorSIM.+Sensors.@Displacementsensor) (in module +AMrotorSIM.+Sensors.@ForceLoadPostSensor) (in module +AMrotorSIM.+Sensors.@Velocitysensor) print_critical_speeds() (in module +AMrotorSIM.+Graphs.@Campbell) print_damping_zero_crossing() (in module +AMrotorSIM.+Graphs.@Campbell) print_distance_delta() (in module +AMrotorSIM.+Experiments.@Frequenzgangfunktion) print_frequencies() (in module +AMrotorSIM.+Graphs.@Eigenschwingformen) print_table() (in module +AMrotorSIM.+Experiments.@Frequenzgangfunktion) (in module +AMrotorSIM.+Experiments.@FrequenzgangfunktionTime)

R

radius_outer (+AMrotorSIM.+Rotor.+FEMRotor.+Element.Element attribute) rayleigh_alpha1 (+AMrotorSIM.+Rotor.+FEMRotor.@Material.Material attribute) rayleigh_alpha2 (+AMrotorSIM.+Rotor.+FEMRotor.@Material.Material attribute) read_values() (in module +AMrotorSIM.+Sensors.@Accelerationsensor) (in module +AMrotorSIM.+Sensors.@Anglesensor) (in module +AMrotorSIM.+Sensors.@AngularVelocitysensor) (in module +AMrotorSIM.+Sensors.@BearingForceSensor) (in module +AMrotorSIM.+Sensors.@ControllerForceSensor) (in module +AMrotorSIM.+Sensors.@Displacementsensor) (in module +AMrotorSIM.+Sensors.@ForceLoadPostSensor) (in module +AMrotorSIM.+Sensors.@Velocitysensor)

RestrictAllDofsBearing (class in +AMrotorSIM.+Components.+Bearings.@RestrictAllDofsBearing) RestrictAllDofsBearing() (+AMrotorSIM.+Components.+Bearings.@RestrictAllDofsBearing.RestrictAllDofsBearing method) result (+AMrotorSIM.+Experiments.@Hochlaufanalyse.Hochlaufanalyse attribute) (+AMrotorSIM.+Experiments.@Stationaere_Lsg.Stationaere_Lsg attribute) rotor_sys_function() (in module +AMrotorSIM.+Solvers.@Ode15s) (in module +AMrotorSIM.+Solvers.@Ode45_Solver) rotorsystem (+AMrotorSIM.+Experiments.@Hochlaufanalyse.Hochlaufanalyse attribute) (+AMrotorSIM.+Experiments.@Stationaere_Lsg.Stationaere_Lsg attribute) Rotorsystem (class in +AMrotorSIM.@Rotorsystem) Rotorsystem() (+AMrotorSIM.@Rotorsystem.Rotorsystem method)

S

save_data() (in module +AMrotorSIM.+Dataoutput.@TimeDataOutput) Seal (class in +AMrotorSIM.+Components.+Seals) Seal() (+AMrotorSIM.+Components.+Seals.Seal method) Sensor (class in +AMrotorSIM.+Sensors) Sensor() (+AMrotorSIM.+Sensors.Sensor method) set_all_plots() (in module +AMrotorSIM.+Graphs.@Campbell) set_all_plots_damping_ratio() (in module +AMrotorSIM.+Graphs.@Campbell) set_amplitude_measure() (in module +AMrotorSIM.+Graphs.@Frequenzgangfunktion.private) set_angle_measure() (in module +AMrotorSIM.+Graphs.@Frequenzgangfunktion.private) set_backward_plots() (in module +AMrotorSIM.+Graphs.@Campbell) set_backward_plots_damping_ratio() (in module +AMrotorSIM.+Graphs.@Campbell) set_color_number() (+AMrotorSIM.+Graphs.@Campbell.Campbell method) (+AMrotorSIM.+Graphs.@Eigenschwingformen.Eigenschwingformen method) (+AMrotorSIM.+Graphs.@Frequenzgangfunktion.Frequenzgangfunktion method) set_dof_number() (+AMrotorSIM.+Rotor.+FEMRotor.+Element.@TimoshenkoLinearElement.TimoshenkoLinearElement method) (+AMrotorSIM.+Rotor.+FEMRotor.+Element.Element method) (in module +AMrotorSIM.+Experiments.@FrequenzgangfunktionTime.private) set_forward_plots() (in module +AMrotorSIM.+Graphs.@Campbell) set_forward_plots_damping_ratio() (in module +AMrotorSIM.+Graphs.@Campbell) set_number_of_modes() (+AMrotorSIM.+Experiments.@Campbell.Campbell method) set_number_of_revolutions() (+AMrotorSIM.+Experiments.@Campbell.Campbell method) set_plot_labels() (in module +AMrotorSIM.+Graphs.@Campbell.private) set_plot_labels_damping_ratio() (in module +AMrotorSIM.+Graphs.@Campbell.private) set_plot_labels_deltas() (in module +AMrotorSIM.+Graphs.@Campbell.private) set_plots() (+AMrotorSIM.+Graphs.@Campbell.Campbell method) (+AMrotorSIM.+Graphs.@Frequenzgangfunktion.Frequenzgangfunktion method) (in module +AMrotorSIM.+Graphs.@Eigenschwingformen)

set_up() (+AMrotorSIM.+Experiments.@Campbell.Campbell method) show() (in module +AMrotorSIM.+Experiments.@Frequenzgangfunktion) (in module +AMrotorSIM.+Experiments.@Hochlaufanalyse) (in module +AMrotorSIM.+Experiments.@Modalanalyse) (in module +AMrotorSIM.+Experiments.@Stationaere_Lsg) (in module +AMrotorSIM.+Graphs.@Eigenschwingformen) (in module +AMrotorSIM.+Graphs.@Visu_Rotorsystem) (in module +AMrotorSIM.@Rotorsystem) show_2D() (in module +AMrotorSIM.+Rotor.+FEMRotor.@FeModel) (in module +AMrotorSIM.+Rotor.+FEMRotor.@Geometry) (in module +AMrotorSIM.+Rotor.+FEMRotor.@Mesh) show_2D_nodes() (in module +AMrotorSIM.+Rotor.+FEMRotor.@Mesh) show_3D() (in module +AMrotorSIM.+Rotor.+FEMRotor.@Geometry) (in module +AMrotorSIM.+Rotor.+FEMRotor.@Mesh) SimpleAxialBearing (class in +AMrotorSIM.+Components.+Bearings.@SimpleAxialBearing) SimpleAxialBearing() (+AMrotorSIM.+Components.+Bearings.@SimpleAxialBearing.SimpleAxialBearing method) SimpleBearing (class in +AMrotorSIM.+Components.+Bearings.@SimpleBearing) SimpleTorqueBearing (class in +AMrotorSIM.+Components.+Bearings.@SimpleTorqueBearing) SimpleTorqueBearing() (+AMrotorSIM.+Components.+Bearings.@SimpleTorqueBearing.SimpleTorqueBearing method) Solver (class in +AMrotorSIM.+Solvers) Solver() (+AMrotorSIM.+Solvers.Solver method) Stationaere_Lsg (class in +AMrotorSIM.+Experiments.@Stationaere_Lsg) Stationaere_Lsg() (+AMrotorSIM.+Experiments.@Stationaere_Lsg.Stationaere_Lsg method)

T

table (+AMrotorSIM.+pidControllers.@pidControllerLUT.pidControllerLUT attribute) time (+AMrotorSIM.+Experiments.@Hochlaufanalyse.Hochlaufanalyse attribute) (+AMrotorSIM.+Experiments.@Stationaere_Lsg.Stationaere_Lsg attribute) TimeDataOutput (class in +AMrotorSIM.+Dataoutput.@TimeDataOutput) TimeDataOutput() (+AMrotorSIM.+Dataoutput.@TimeDataOutput.TimeDataOutput method)

TimeSignal (class in +AMrotorSIM.+Graphs.@TimeSignal) TimeSignal() (+AMrotorSIM.+Graphs.@TimeSignal.TimeSignal method) TimoshenkoLinearElement (class in +AMrotorSIM.+Rotor.+FEMRotor.+Element.@TimoshenkoLinearElement) TimoshenkoLinearElement() (+AMrotorSIM.+Rotor.+FEMRotor.+Element.@TimoshenkoLinearElement.TimoshenkoLinearElement method) type (+AMrotorSIM.+Experiments.@FrequenzgangfunktionTime.FrequenzgangfunktionTime attribute) (+AMrotorSIM.+pidControllers.pidController attribute)

U

Unbalance_static (class in +AMrotorSIM.+Loads.@Unbalance_static)

Unbalance_static() (+AMrotorSIM.+Loads.@Unbalance_static.Unbalance_static method)

V

Velocitysensor (class in +AMrotorSIM.+Sensors.@Velocitysensor) Velocitysensor() (+AMrotorSIM.+Sensors.@Velocitysensor.Velocitysensor method)

Visu_Rotorsystem (class in +AMrotorSIM.+Graphs.@Visu_Rotorsystem) Visu_Rotorsystem() (+AMrotorSIM.+Graphs.@Visu_Rotorsystem.Visu_Rotorsystem method)

W

warn_for_non_integrable_component() (in module +AMrotorSIM.+Components.@CompLUTMCK) Waterfalldiagramm (class in +AMrotorSIM.+Graphs.@Waterfalldiagramm) Waterfalldiagramm() (+AMrotorSIM.+Graphs.@Waterfalldiagramm.Waterfalldiagramm method)

WaterfalldiagrammTwoSided (class in +AMrotorSIM.+Graphs.@WaterfalldiagrammTwoSided) WaterfalldiagrammTwoSided() (+AMrotorSIM.+Graphs.@WaterfalldiagrammTwoSided.WaterfalldiagrammTwoSided method) write_data_to_unv() (in module +AMrotorSIM.+Dataoutput.@TimeDataOutput)

X

xi (+AMrotorSIM.+Rotor.+FEMRotor.@GeoNode.GeoNode attribute)

Z

z (+AMrotorSIM.+Rotor.+FEMRotor.@GeoNode.GeoNode attribute)