Vibration Damping, Control, and Design (Hardcover)

VIBRATION DAMPING; Vibration Damping Clarence W. de SilvaIntroductionTypes of DampingRepresentation of Damping in Vibration AnalysisMeasurement of DampingInterface DampingDAMPING THEORY; Randall D. PetersPrefaceIntroductionBackgroundHysteresis - More DetailsDamping ModelsMeasurements of DampingHysteretic DampingFailure of the Common TheoryAir InfluenceNoise and DampingTransform MethodsHysteretic DampingInternal FrictionMathematical Tricks - Linear Damping ApproximationsInternal Friction PhysicsZener ModelToward a Universal Model of DampingNonlinearityConcluding RemarkEXPERIMENTAL TECHNIQUES IN DAMPING; Randall D. PetersElectronic ConsiderationsData ProcessingSensor ChoicesDamping ExamplesDriven Oscillators with DampingOscillator with Multiple NonlinearitiesMultiple Modes of VibrationInternal Friction as Source of Mechanical NoiseViscous Damping - Need for CautionAir InfluenceSTRUCTURE AND EQUIPMENT ISOLATION; Y.B. Yang, L.Y. Lu, and J.D. YauIntroductionMechanisms of Base-Isolated SystemsStructure-Equipment Systems with Elastomeric BearingsSliding Isolation SystemsSliding Isolation Systems with Resilient MechanismIssues Related to Seismic Isolation DesignVIBRATION CONTROL; Nader Jalili and Ebrahim EsmailzadehIntroductionVibration-Control Systems ConceptVibration-Control Systems Design and ImplementationPractical Considerations and Related TopicsHELICOPTER ROTOR TUNING; Kourosh DanaiIntroductionNeural Network-Based TuningProbability-Based TuningAdaptive TuningCase StudyConclusionVIBRATION DESIGN AND CONTROL; Clarence W. de SilvaIntroductionSpecification of Vibration LimitsVibration IsolationBalancing of Rotating MachineryBalancing of Reciprocating MachinesWhirling of ShaftsDesign through Modal TestingPassive Control of VibrationActive Control of VibrationControl of Beam VibrationsAppendix 7A: MATLAB Control Systems ToolboxSTRUCTURAL DYNAMIC MODIFICATION AND SENSITIVITY ANALYSIS; Su Huan ChenIntroductionStructural Dynamic Modification of Finite Element ModelPerturbation Method of Vibration ModesDesign Sensitivity Analysis of Structural Vibration ModesHigh-Accuracy Modal Superposition for Sensitivity Analysis of ModesSensitivity of Eigenvectors for Free-Free StructuresMatrix Perturbation Theory for Repeated ModesMatrix Perturbation Method for Closely Spaced EigenvaluesMatrix Perturbation Theory for Complex ModesVIBRATION IN ROTATING MACHINERY; H. Sam SamarasekeraIntroductionVibration BasicsRotordynamic AnalysisVibration Measurement and TechniquesVibration Control and DiagnosticsREGENERATIVE CHATTER IN MACHINE TOOLS; Robert G. LandersIntroductionChatter in Turning OperationsChatter in Face-Milling OperationsTime-Domain SimulationChatter DetectionChatter SuppressionCase StudyFLUID-INDUCED VIBRATION; Seon M. HanDescription of the Ocean EnvironmentFluid ForcesExamplesSOUND LEVELS AND DECIBELS; S. AkishitaIntroductionSound Wave CharacteristicsLevels and DecibelsHEARING AND PSYCHOLOGICAL EFFECTS; S. AkishitaIntroductionStructure and Function of the EarFrequency and Loudness ResponseHearing LossPsychological Effects of NoiseNOISE CONTROL CRITERIA AND REGULATIONS; S. AkishitaIntroductionBasic Ideas behind Noise PolicyLegislationRegulationMeasures of Noise EvaluationINSTRUMENTATION; Kiyoshi NagakuraSound Intensity MeasurementMirror-Microphone SystemMicrophone ArraySOURCE OF NOISE; S. AkishitaIntroductionRadiation of SoundDESIGN OF ABSORPTION; Teruo ObataIntroductionFundamentals of Sound AbsorptionSound-Absorbing MaterialsAcoustic Characteristic ComputationCompound WallAttenuation of Lined DuctsAttenuation of Dissipative MufflersGeneral ConsiderationsPractical Example of Dissipative MufflerDESIGN OF REACTIVE MUFFLERS; Teruo ObataIntroductionFundamental EquationsEffects of Reactive MufflersCalculation ProcedureApplication Range of ModelPractical ExampleDESIGN OF SOUND INSULATION; Kiyoshi OkuraTheory of Sound InsulationApplication of Sound InsulationSTATISTICAL ENERGY ANALYSIS; Takayuki KoizumiIntroductionPower Flow EquationsEstimation of SEA ParametersApplication in StructuresINDEX