Encyclopedia of Vibration, Three-Volume Set

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Contents : Absorbers, Vibration•Active Control of Civil Structures•Active Control of Vehicle Vibration•Active Isolation•Active Vibration Suppression•Actuators and Smart Structures•Adaptive Filters•Aeroelastic Response•Averaging•Balancing•Basic Principles•Beams•Bearing Diagnostics•Bearing Vibrations•Belts•Blades and Bladed Disks•Boundary Conditions•Boundary Element Methods•Bridges•Cables•Cepstrum Analysis•Chaos•Columns•Commercial Software•Comparison of Vibration Properties: Comparison of Spatial Properties•Comparison of Vibration Properties: Comparison of Modal Properties•Comparison of Vibration Properties: Comparison of Response Properties•Computation for Transient and Impact Dynamics•Continuous Methods•Correlation Functions •Crash•Critical Damping•Damping in FE Models•Damping Materials •Damping Measurement•Damping Models•Damping Mounts •Damping, Active•Data Acquisition•Diagnostics and Condition Monitoring, Basic Concepts•Digital Filters •Discrete Elements•Disks •Displays of Vibration Properties•Dynamic Stability •Earthquake Excitation and Response of Buildings•Eigenvalue Analysis •Electrorheological and Magnetorheological Fluids•Electrostrictive Materials •Environmental Testing, Implementation•Environmental Testing, Overview•Fatigue•Feed Forward Control of Vibration•Finite Difference Methods•Finite Element Methods•Fluid/Structure Interaction •Flutter•Flutter, Active Control•Forced Response •Friction Damping •Friction Induced Vibrations•Gear Diagnostics •Ground Transportation Systems•Hand-transmitted Vibration •Helicopter Damping•Hilbert Transforms •Hybrid Control•Hysteretic Damping •Identification, Fourier-based Methods•Identification, Model Based Methods •Inverse Problems•Krylov-Lanczos Methods•Laser Based Measurements •Linear Algebra•Linear Damping Matrix Methods•Liquid Sloshing•Localization•Magnetostrictive Materials•Membranes•MEMs Applications•MEMs, Dynamic Response•MEMs, General Properties•Modal Analysis, Experimental: Basic Principles•Modal Analysis, Experimental: Measurement Techniques•Modal Analysis, Experimental: Parameter Extraction MethodsýýýModal Analysis, Experimental: Construction of Models from Tests•Modal Analysis, Experimental: Applications•Mode of Vibration•Model Updating and Validating•Motion Sickness•Neural Networks, Diagnostic Applications •Neural Networks, General Principles•Noise, Noise Radiated from Elementary Sources •Noise, Noise Radiated by Baffled Plates•Nondestructive Testing, Sonic•Nondestructive Testing, Ultrasonic•Nonlinear Normal Modes•Nonlinear System Identification•Nonlinear System Resonance Phenomena•Nonlinear Systems Analysis•Nonlinear Systems, Overview•Object Oriented Programming in FE Analysis•Optimal Filters•Packaging•Parallel Processing•Parametric Excitation •Perturbation Techniques for Non-linear Systems•Piezoelectric Materials•Pipes•Plates•Random Processes•Random Vibration, Basic Theory•Resonance and Antiresonance•Robot Vibrations•Rotating Machinery, Essential Features•Rotating Machinery, Model Characteristics•Rotating Machinery, Monitoring•Rotor Dynamics•Rotorstator Interactions•Seismic Instruments, Environmental Factors•Sensors and Actuators•Shape Memory Alloys•Shells•Ship Vibrations•Shock•Shock Isoloation Systems•Signal Generation Models for Diagnostics•Signal Integration and Differentiation •Signal Processing, Model Based Methods•Spectral Analysis, Classical Methods•Standards for Vibrations of Machines and Measurement Procedures•Stochastic Analysis of Nonlinear Systems•Stochastic Systems •Structural Dynamic Modifications•Structure-Acoustic Interaction, High Frequencies•Structure-Acoustic Interaction, Low Frequencies•Testing, Non-linear Systems•Theory of Vibration, Fundamentals•Theory of Vibration, Superposition•Theory of Vibration, Duhamel’s Principle and Convolution•Theory of Vibration, Energy Methods•Theory of Vibration, Equations of Motion •Theory of Vibration, Substructuring•Theory of Vibration, Impulse Response Function•Theory of Vibration, Variational Methods•Time-Frequency Methods•Tire Vibrations•Tool Wear Monitoring•Transducers for Absolute Motion•Transducers for Relative Motion•Transform Methods •Transforms, Wavelets•Ultrasonics •Vibration Generated Sound, Fundamentals•Vibration Generated Sound, Radiation by Flexural Elements•Vibration Intensity •Vibration Isolation, Applications and Criteria •Vibration Isolation Theory •Vibration Transmission•Vibro-impact Systems •Viscous Damping•Wave Propagation, Waves in an Unbound Medium•Wave Propagation, Interaction of Waves with Boundaries •Wave Propagation, Guided Waves in Structures •Whole-body Vibration •Wind-Induced Vibrations•Windows