Encyclopedia of Vibration, Three-Volume Set
- 1st Edition - September 21, 2001
- Latest edition
- Editors: David J. Ewins, Simon G. Braun, Singiresu S. Rao
- Language: English
The Encyclopedia of Vibration is the first resource to cover this field so comprehensively. Approximately 190 articles cover everything from basic vibration theory to ultras… Read more
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The Encyclopedia of Vibration is the first resource to cover this field so comprehensively. Approximately 190 articles cover everything from basic vibration theory to ultrasonics, from both fundamental and applied standpoints. Areas covered include vibrations in machines, buildings and other structures, vehicles, ships, and aircraft, as well as human response to vibration. Each article provides a concise and authoritative introduction to a topic. The Encyclopedia includes essential facts, background information, and techniques for modeling, analysis, design, testing, and control of vibration. It is highlighted with numerous illustrations and is structured to provide easy access to required information.
- Covers the entire field of vibration with 168 original articles written by leading international authorities
- Presents concise overviews of key topics relating to mechanical, civil, aeronautical, and electrical engineering
- Provides easy access to information through extensive cross-referencing, detailed subject index in each volume, and further reading lists in each article
- Features hundreds of detailed figures and equations, plus color plate sections in each volume
This is a reference source for practising and research mechanical, civil and aeronautical engineers
@ti:Absorbers, Vibration@au:Valder Steffen, Jr, and Domingo Rade, Federal University of Uberlandia, Brazil@ti:Active Control of Civil Structures@au:T T (Larry) Soong, MCEER, SUNY Buffalo, USA, and B F Spencer, Jr, USA@ti:Active Control of Vehicle Vibration@au:Mehdi Ahmadian, Virginia Polytechnic Institute & State University, USA@ti:Active Isolation@au:Steve Griffin, AFRL/VSSV, USA, and Dino Sciulli, Virginia, USA@ti:Active Vibration Suppression@au:Daniel Inman, Virginia Polytechnic Institute & State University, USA@ti:Actuators and Smart Structures@au:Victor Giurgiutiu, University of South Carolina, USA@ti:Adaptive Filters@au:Stephen J Elliott, University of Southampton, UK@ti:Aeroelastic Response@au:J E Cooper, University of Manchester, UK@ti:Averaging@au:Simon Braun, Technion - Israel Institute of Technology, Israel@ti:Balancing@au:R Bigret, Drancy, France@ti:Basic Principles@au:Giora Rosenhouse, Technion City, Israel@ti:Beams@au:Richard A Scott, University of Michigan, USA@ti:Bearing Diagnostics@au: K McKee and C James Li, Rensselaer Polytechnic Institute, USA@ti:Bearing Vibrations@au:R Bigret, Drancy, France@ti:Belts@au:L Zhang and J W Zu, University of Toronto, Canada@ti:Blades and Bladed Disks@au:R Bigret, Drancy, France@ti:Boundary Conditions@au:Giora Rosenhouse, Technion City, Israel@ti:Boundary Element Methods@au:Friedel Hartmann, University of Kassel, Germany@ti:Bridges@au:Singiresu S Rao, University of Miami, USA@ti:Cables@au:Noel C Perkins, University of Michigan, USA@ti:Cepstrum Analysis@au:Bob Randall, University of New South Wales, Australia@ti:Chaos@au:Philip J Holmes, Princeton University, USA@ti:Columns@au:Isaac Elishakoff, Florida Atlantic University, USA, and C W Bert, University of Oklahoma, USA@ti:Commercial Software@au:Guy Robert, Liege, Belgium@ti:Comparison of Vibration Properties: Comparison of Spatial Properties@au:Mircea Rades, University Politechnica of Bucharest, Romania@ti:Comparison of Vibration Properties: Comparison of Modal Properties@au:Mircea Rades, University Politechnica of Bucharest, Romania@ti:Comparison of Vibration Properties: Comparison of Response Properties@au:Mircea Rades, University Politechnica of Bucharest, Romania@ti:Computation for Transient and Impact Dynamics@au:David J Benson, University of California, San Diego, USA, and John Hallquist, Livermore Software Technology Corporation (LSTC), USA@ti:Continuous Methods@au:C W Bert, University of Oklahoma, USA@ti:Correlation Functions@au:Simon Braun, Technion - Israel Institute of Technology, Israel@ti:Crash@au:Victor H Mucino, West Virginia University, USA@ti:Critical Damping@au:Daniel Inman, Virginia Polytechnic Institute & State University, USA@ti:Damping in FE Models@au:George A Lesieutre, Pennsylvania State University, USA@ti:Damping Materials@au:Eric E Ungar, Acentech, Inc, USA@ti:Damping Measurement@au:D J Ewins, Imperial College of Science, Technology and Medicine, UK@ti:Damping Models@au:Daniel Inman, Virginia Polytechnic Institute & State University, USA@ti:Damping Mounts@au:Jian-Qiao Sun, University of Delaware, USA@ti:Damping, Active@au:Amr Baz, University of Maryland, USA@ti:Data Acquisition@au:Bob Randall and M J Tordon, University of New South Wales, Australia@ti:Diagnostics and Condition Monitoring, Basic Concepts@au:M Sidahmed, Université de Compiegne, France, and Giorgio Dalpiaz, University of Bologna, Italy@ti:Digital Filters@au:Tony Constantinides, Imperial College of Science, Technology and Medicine, UK@ti:Discrete Elements@au:Singiresu S Rao, University of Miami, USA@ti:Disks@au:D J Ewins, Imperial College of Science, Technology and Medicine, UK@ti:Displays of Vibration Properties@au:Mircea Rades, University Politechnica of Bucharest, Romania@ti:Dynamic Stability@au:A Steindl, Vienna University of Technology, Austria, and Hans Troger, Vienna, Austria@ti:Earthquake Excitation and Response of Buildings@au:Farzad Naeim, John A Martin & Associates, Inc, USA@ti:Eigenvalue Analysis@au:Oliver Bauchau, Georgia Institute of Technology, USA@ti:Electrorheological and Magnetorheological Fluids@au:R Stanway, The University of Sheffield, UK@ti:Electrostrictive Materials@au:Kenji Uchino, Pennsylvania State University, USA, and H S Tzou, University of Kentucky, USA@ti:Environmental Testing, Implementation@au:P S Varoto, Escola de Engenharia de Sao Carlos, USP, Brazil@ti:Environmental Testing, Overview@au:David Smallwood, Sandia National Laboratories, USA@ti:Fatigue@au:Albert Kobayashi and M Ramula, University of Washington, USA@ti:Feed Forward Control of Vibration@au:Christopher R Fuller, Virginia Polytechnic Institute & State University, USA@ti:Finite Difference Methods@au:Singiresu S Rao, University of Miami, USA@ti:Finite Element Methods@au:Singiresu S Rao, University of Miami, USA@ti:Fluid/Structure Interaction@au:Sabih Hayek, Pennsylvania State University, USA@ti:Flutter@au:Jan Wright, University of Manchester, UK@ti:Flutter, Active Control@au:Frank H Gern, Virginia Polytechnic Institute & State University, USA@ti:Forced Response@au:N A J Lieven, Bristol University, UK@ti:Friction Damping@au:Raouf Ibrahim, Wayne State University, USA@ti:Friction Induced Vibrations@au:Raouf Ibrahim, Wayne State University, USA@ti:Gear Diagnostics@au:C James Li, Rensselaer Polytechnic Institute, USA@ti:Ground Transportation Systems@au:A K W Ahmed, Concordia University, Canada@ti:Hand-transmitted Vibration@au:M Griffin, University of Southampton, UK@ti:Helicopter Damping@au:Norman M Wereley, University of Maryland at College Park, USA@ti:Hilbert Transforms@au:M Feldman, Technion - Israel Institute of Technology, Israel@ti:Hybrid Control@au:Kon-Well Wang, Pennsylvania State University, USA@ti:Hysteretic Damping@au:H T Banks, North Carolina State University, USA and G A Pinter, North Carolina State University, USA@ti:Identification, Fourier-based Methods@au:Simon Braun, Technion - Israel Institute of Technology, Israel@ti:Identification, Model Based Methods@au:Spilios D Fassois, University of Patras, Greece@ti:Inverse Problems@au:Y M Ram, Louisiana State University, USA@ti:Krylov-Lanczos Methods@au:Roy Craig, University of Texas, USA@ti:Laser Based Measurements@au:P Castellini, E P Tomasini, and G M Revel, Università di Ancona, Italy@ti:Linear Algebra@au:Charbel Farhat, University of Colorado, USA, and Daniel Rixen, Delft, Belgium@ti:Linear Damping Matrix Methods@au:Fai Ma, University of California, Berkeley, USA@ti:Liquid Sloshing@au:Raouf Ibrahim, Wayne State University, USA@ti:Localization@au:Christophe Pierre, University of Michigan, USA@ti:Magnetostrictive Materials@au:Alison Flatau, National Science Foundation, USA@ti:Membranes@au:Arthur W Leissa, Ohio State University, USA@ti:MEMs Applications@au:I Stiharu, Concordia University, Canada@ti:MEMs, Dynamic Response@au:I Stiharu@ti:MEMs, General Properties@au:I Stiharu@ti:Modal Analysis, Experimental: Basic Principles@au:D J Ewins, Imperial College of Science, Technology and Medicine, UK@ti:Modal Analysis, Experimental: Measurement Techniques@au:J M Silva, Institute Superior Technico, Portugal@ti:Modal Analysis, Experimental: Parameter Extraction Methods@au:N M Maia, Institute Superior Technico, Portugal@ti:Modal Analysis, Experimental: Construction of Models from Tests@au:N M Maia, Institute Superior Technico, Portugal@ti:Modal Analysis, Experimental: Applications@au:D J Ewins, Imperial College of Science, Technology and Medicine, UK@ti:Mode of Vibration@au:D J Ewins, Imperial College of Science, Technology and Medicine, UK@ti:Model Updating and Validating@au:M Link, Universität Gesamthoschule Kassel, Germany@ti:Motion Sickness@au:M Griffin, University of Southampton, UK@ti:Neural Networks, Diagnostic Applications@au:M Zacksenhouse, Technion - Israel Institute of Technology, Israel@ti:Neural Networks, General Principles@au:B Dubuisson, La Croix Saint Ouen, France@ti:Noise, Noise Radiated from Elementary Sources@au:Michael Peter Norton and J Pan, University of Western Australia, Australia@ti:Noise, Noise Radiated by Baffled Plates@au:Michael Peter Norton and J pan, University of Western Australia, Australia@ti:Nondestructive Testing, Sonic@au:Scott Doebling and Charles Farrar, Los Alamos National Laboratory, USA@ti:Nondestructive Testing, Ultrasonic@au:L W Schmerr Jr, Iowa State University, USA@ti:Nonlinear Normal Modes@ti:Alexander Vakakis, University of Illinois, USA@ti:Nonlinear System Identification@au:B F Feeny, Michigan State University, USA@ti:Nonlinear System Resonance Phenomena@au: Anil Bajaj and Charles M Krousgrill, Purdue University, USA@ti:Nonlinear Systems Analysis@au:Anil Bajaj, Purdue University, USA@ti:Nonlinear Systems, Overview@au:Noel C Perkins, University of Michigan, USA@ti:Object Oriented Programming in FE Analysis@au:Igor Klapka, Université de Liège, Belgium, Alberto Cardona, INTEC, Argentina, and Philipee Devloo, Universidade Estadual de Campinas, Brazil @ti:Optimal Filters@au:Stephen J Elliott, University of Southampton, UK@ti:Packaging@au:Jorge Marcondes, San Jose University, USA@ti:Parallel Processing@au:Daniel Rixen, Delft, Belgium@ti:Parametric Excitation@au:Alexandra David and Subhash Sinha, Auburn University, USA@ti:Perturbation Techniques for Non-linear Systems@au:Steve Shaw, Michigan State University, USA@ti:Piezoelectric Materials@au: H S Tzou, University of Kentucky, USA, and M C Natori, Institute of Space & Astronautical Science, Japan@ti:Pipes@au:Singiresu S Rao, University of Miami, USA@ti:Plates@au:Arthur W Leissa, Ohio State University, USA@ti:Random Processes@au:Mikhail F Dimentberg, Worcester Polytechnic Institute, USA@ti:Random Vibration, Basic Theory@au:Mikhail F Dimentberg, Worcester Polytechnic Institute, USA@ti:Resonance and Antiresonance@au:Mircea Rades, University Politechnica of Bucharest, Romania@ti:Robot Vibrations@au:Wayne Book, Georgia Institute of Technology, USA@ti:Rotating Machinery, Essential Features@au:R Bigret, Drancy, France@ti:Rotating Machinery, Model Characteristics@au:R Bigret, Drancy, France@ti:Rotating Machinery, Monitoring@au:R Bigret, Drancy, France@ti:Rotor Dynamics@au:R Bigret, Drancy, France@ti:Rotorstator Interactions@au:R Bigret, Drancy, France@ti:Seismic Instruments, Environmental Factors@au:Kenneth McConnell, Iowa State University, USA@ti:Sensors and Actuators@au:H S Tzou, University of Kentucky, USA, and C S Chou, National Taiwan University, Republic of China@ti:Shape Memory Alloys@au:M Baz, University of Maryland, USA@ti:Shells@au:W Soedel, Purdue University, USA@ti:Ship Vibrations@au:William S Vorus, University of New Orleans, USA@ti:Shock@au:Jorge Marcondes, San Jose University, USA@ti:Shock Isoloation Systems@au:Mircea Rades, University Politechnia of Bucharest, Romania@ti:Signal Generation Models for Diagnostics@au:Giorgio Dalpiaz, University of Bologna, Italy, and M Sidahmed, Université de Compiegne, France@ti:Signal Integration and Differentiation@au:Stuart Dyne, University of Southampton, UK@ti:Signal Processing, Model Based Methods@au:Simon Braun, Technion - Israel Institute of Technology, Israel@ti:Spectral Analysis, Classical Methods@au:Simon Braun, Technion - Israel Institute of Technology, Israel@ti:Standards for Vibrations of Machines and Measurement Procedures@au:John Niemkiewicz, Maintenance and Diagnostic (M&D) LLC, USA@ti:Stochastic Analysis of Nonlinear Systems@au:Y K Lin and C Q Cai, Florida Atlantic University, USA@ti:Stochastic Systems@au:Mikhail F Dimentberg, Worcester Polytechnic Institute, USA@ti:Structural Dynamic Modifications@au:A Sestieri, Universita Degli Studi di Roma, Italy, and W D'Amorogio, Universita Be L'Aquila, Italy@ti:Structure-Acoustic Interaction, High Frequencies@au:A Sestieri, Universita Degli Studi di Roma, Italy@ti:Structure-Acoustic Interaction, Low Frequencies@au:A Sestieri, Universita Degli Studi di Roma, Italy@ti:Testing, Non-linear Systems@au:Alan Haddow, Michigan State University, USA@ti:Theory of Vibration, Fundamentals@au:Bingen Yang, University of Southern California, USA@ti:Theory of Vibration, Superposition@au:M G Prasad, Stevens Institute of Technology, USA@ti:Theory of Vibration, Duhamel's Principle and Convolution@au:G Rosenhouse, Technion - Israel Institute of Technology, Israel@ti:Theory of Vibration, Energy Methods@au:Singiresu S Rao, University of Miami, USA@ti:Theory of Vibration, Equations of Motion@au:Jonathan Wickert, Carnegie Mellon University, USA@ti:Theory of Vibration, Substructuring@au:Mehmet Sunar, King Fahd University of Petroleum and Minerals, Saudi Arabia@ti:Theory of Vibration, Impulse Response Function@au:Rakesh Kapania, Virginia Polytechnic Institute & State University, USA@ti:Theory of Vibration, Variational Methods@au:Singiresu S Rao, University of Miami, USA@ti:Time-Frequency Methods@au:Paul White, University of Southampton, UK@ti:Tire Vibrations@au:G D Shteinhauz, The Goodyear Tire & Rubber Company, USA@ti:Tool Wear Monitoring@au:M Sidahmed, Université de Compiegne, France@ti:Transducers for Absolute Motion@au:Kenneth McConnell, Iowa State University, USA@ti:Transducers for Relative Motion@au:Kenneth McConnell, Iowa State University, USA, Simon Braun, Technion - Israel Institute of Technology, Israel, and Gene E Maddux, Tipp City, USA@ti:Transform Methods@au:Simon Braun, Technion - Israel Institute of Technology, Israel@ti:Transforms, Wavelets@au:Paul White, University of Southampton, UK@ti:Ultrasonics@au:M J S Lowe, Imperial College of Science, Technology and Medicine, UK@ti:Vibration Generated Sound, Fundamentals@au:Michael Peter Norton and S J Drew, University of Western Australia, Australia@ti:Vibration Generated Sound, Radiation by Flexural Elements@au:Michael Peter Norton and S J Drew, University of Western Australia, Australia@ti:Vibration Intensity@au:Sabih Hayek, Pennsylvania State University, USA@ti:Vibration Isolation, Applications and Criteria@au:E Rivin, Wayne State University, USA@ti:Vibration Isolation Theory@au:E Rivin, Wayne State University, USA@ti:Vibration Transmission@au:Sabih I Hayek, Pennsylvania State University, USA@ti:Vibro-impact Systems@au:F Peterka, Academy of Sciences of the Czech Republic, Czech Republic@ti:Viscous Damping@au:Farhan Gandhi, Pennsylvania State University, USA@ti:Wave Propagation, Waves in an Unbound Medium@au:M J S Lowe, Imperial College of Science, Technology and Medicine, UK@ti:Wave Propagation, Interaction of Waves with Boundaries@au:M J S Lowe, Imperial College of Science, Technology and Medicine, UK@ti:Wave Propagation, Guided Waves in Structures@au:M J S Lowe, Imperial College of Science, Technology and Medicine, UK@ti:Whole-body Vibration@au:M Griffin, University of Southampton, UK@ti:Wind-Induced Vibrations@au:Ahsan Kareem, University of Notre Dame, USA@ti:Windows@au:Simon Braun, Technion - Israel Institute of Technology, Israel
From the Preface:
"The editors of the present Encyclopedia of Vibration have performed a valuable service to the field by dividing the subject matter into 168 chapters and selecting experts to create authoritative chapters on the individual topics. The result is a three-volume encyclopedia, which will be of great value to practicing vibration engineers and theorists. The encyclopedia will also be useful as a general reference, and as a guide to students, and professionals in neighboring fields."—STEPHEN H. CRANDALL, Ford Professor of Engineering, Emeritus, Massachusetts Institute of Technology
"The editors of the present Encyclopedia of Vibration have performed a valuable service to the field by dividing the subject matter into 168 chapters and selecting experts to create authoritative chapters on the individual topics. The result is a three-volume encyclopedia, which will be of great value to practicing vibration engineers and theorists. The encyclopedia will also be useful as a general reference, and as a guide to students, and professionals in neighboring fields."—STEPHEN H. CRANDALL, Ford Professor of Engineering, Emeritus, Massachusetts Institute of Technology
- Edition: 1
- Latest edition
- Published: September 21, 2001
- Language: English
DE
David J. Ewins
Affiliations and expertise
Imperial College of Science and Technology, London, U.K.SB
Simon G. Braun
Simon Braun is professor of Mechanical Engineering and Head of Instrumentation at Technion-Israel Institute of Technology. He is currently the editor of Mechanical Systems and Signal Processing, and associate editor of the American Society of Mechanical Engineers' (ASME) Journal of Vibration and Acoustics.
Affiliations and expertise
Technion-Israel Institute of Technology, Haifa, IsraelSR
Singiresu S. Rao
Affiliations and expertise
University of Miami, Florida, U.S.A.Read Encyclopedia of Vibration, Three-Volume Set on ScienceDirect