Rotordynamics (Hardcover)

BASIC ROTORDYNAMICS: TWO LATERAL MODE ISOTROPIC ROTORIntroductionMathematical Model of Two Lateral Mode Isotropic RotorEigenvalue Problem-Rotor Free Response-Natural FrequenciesRotor Static DisplacementRotor Nonsynchronous Vibration ResponseUnidirectional Harmonic, Nonsynchronous ExcitationRotor Synchronous Excitation Due to Unbalance ForceComplex Dynamic Stiffness as a Function of Nonsynchronous Perturbation Frequency: Identification of the System Parameters. Nonsynchronous and Synchronous PerturbationClosing RemarksReferencesVIBRATION MONITORING OF ROTATING MACHINERYTrends in Machinery Management ProgramsTrends in Vibration Monitoring InstrumentationTrend in the Knowledge on Rotating Machine DynamicsRotating Machine Vibration Monitoring and Data Processing SystemsClosing RemarksReferencesBASIC ROTORDYNAMICS: EXTENDED ROTOR MODELSIntroductionRotor ModesModel of the Rotor with Internal FrictionIsotropic Rotor in Flexible Anisotropic Supports: Backward OrbitingAnisotropic Rotor in Isotropic SupportsAngular Momentum Model of an Isotropic RotorAngular Momentum Model of an Anisotropic Rotor with Anisotropic DiskModel of Coupled Transversal and Angular Motion of the Isotropic Rotor with Axisymmetric Disk and Anisotropic SupportsModel of Coupled Lateral Transversal and Lateral Angular Motion of an Anisotropic Rotor with Unsymmetric DiskTorsional and Torsional/Lateral Vibrations of RotorsMisalignment ModelReferencesFLUID-RELATED PROBLEMS IN ROTOR/STATOR CLEARANCESIntroductionFluid Whirl and Fluid Whip: Rotor Self-Excited VibrationsMathematical Model of Fluid Forces in Rotor/Stator ClearancesResponse of Two Lateral Modes Isotropic Rotor with Fluid Interaction to Nonsynchronous Excitation. Introduction to Identification of Rotor/Fluid CharacteristicsTwo Lateral Mode Fluid/Rotor Model Dynamic BehaviorModel of a Flexible Rotor Supported by One Pivoting, Laterally Rigid and One Fluid-Lubricated BearingSimplified Rotor/Seal and Rotor/Bearing Model and Its SolutionModal Perturbation Testing and Identification of Rotor/Fluid Film CharacteristicsMultimode Fluid Whirl and Fluid Whip in Rotor/Fluid SystemsParametric Study of Stability of Rigid Body Modes of a Rotor Supported in Two Fluid-Lubricating Bearings with Different CharacteristicsComparison between "Bearing Coefficients" and "Bently/Muszynska" Model for Fluid-Lubricated BearingsRotor Supported in a Poorly Lubricated Bearing: Experiments and Numerical Simulation of the Fluid/Dry Contact InteractionA Novel Analytical Study on the Rotor/Bearing or Rotor/Seal System Based on Reynolds EquationsPhysical Factors That Control Fluid Whirl and Fluid Whip and Other Pertinent Results of ResearchFluid Force Model AdjustmentsReferencesROTOR-TO-STATIONARY PART RUBBING CONTACT IN ROTATING MACHINERYMany Phenomena Occurring During Rotor-to-Stationary Part Contacts in Rotating Machines and Pertinent Literature SurveyRotor/Seal Full Annular Rub Experimental ResultsRotor-to-Stationary Part Full Annular Contact ModelingRotor/Seal Full Annular Rub: AnalysisImpact of Free Rotor Against a Retainer BearingPartial Lateral Rotor-to-Stationary Part RubChaotic Responses of Unbalanced Rotor/Bearing/Stator Systems with Looseness and/or RubsThermal/Mechanical Effect of Rotor-to-Stator RubReferencesSELECTED TOPICS ON ROTORDYNAMICSIntroduction to BalancingDynamics of Anisotropically Supported RotorsSpecifics of Damping Evaluation in Rotating MachinesStress in Rotating and Laterally Vibrating Machinery RotorsRotor Crack Detection by Using Vibration MeasurementsApplication of Multi-Mode Modal Models in Rotor DynamicsRotor Lateral/Torsional Vibration Coupling Due to Unbalance-Free, Forced, and Self-Excited VibrationsEffect of Loose Rotating Parts on Rotor DynamicsForward and Backward Orbiting of a Vertical Anisotropically Supported RotorReferencesVIBRATIONAL DIAGNOSTICS OF ROTATING MACHINERY MALFUNCTIONS ILLUSTRATED BY BASIC MATHEMATICAL MODELS OF THE ROTOR SYSTEMIntroductionDiagnosis of Particular Malfunctions of Rotating Machines Illustrated by Basic Mathematical Models of the RotorAdvancement Trends in Vibration Monitoring and Diagnostics of Rotating Machinery MalfunctionsReferencesAPPENDICESGLOSSARYINDEX