Engineering Vibration

by Inman, Daniel J.

• ISBN13: 9780137261420
• ISBN10: 013726142X
• Edition: 2nd
• Format: Hardcover
• Copyright: 2008-01-01
• Publisher: Prentice Hall

Summary

For one/two-semester introductory courses in vibration for undergraduates in Mechanical Engineering, Civil Engineering, Aerospace Engineering and Mechanics. Serving as both text and reference manual, this book connects traditional design-oriented topics, the introduction of modal analysis, and the use of MATLAB?, Mathcad?, or Mathematica?. The author provides an unequaled combination of the study of conventional vibration with the use of vibration design, computation, analysis and testing in various engineering applications.

Table of Contents

Preface	xi
Introduction	1	(88)
Introduction to Free Vibration	2	(6)
Harmonic Motion	8	(6)
Viscous Damping	14	(9)
Modeling and Energy Methods	23	(11)
Stiffness	34	(9)
Measurement	43	(5)
Design Considerations	48	(5)
Stability	53	(3)
Numerical Simulation of the Time Response	56	(9)
Coulomb Friction and the Pendulum	65	(24)
Problems	77	(10)
Matlab Engineering Vibration Toolbox	87	(1)
Toolbox Problems	88	(1)
Response to Harmonic Excitation	89	(79)
Harmonic Excitation of Undamped Systems	90	(7)
Harmonic Excitation of Damped Systems	97	(9)
Alternative Representations	106	(6)
Base Excitation	112	(8)
Rotating Unbalance	120	(5)
Measurement	125	(4)
Other Forms of Damping	129	(10)
Numerical Simulation and Design	139	(8)
Nonlinear Response Properties	147	(21)
Problems	156	(11)
Matlab Engineering Vibration Toolbox	167	(1)
Toolbox Problems	167	(1)
General Forced Response	168	(75)
Impulse Response Function	170	(7)
Response to an Arbitrary Input	177	(6)
Response to an Arbitrary Periodic Input	183	(7)
Transform Methods	190	(4)
Response to Random Inputs	194	(8)
Shock Spectrum	202	(4)
Measurement via Transfer Functions	206	(3)
Stability	209	(4)
Numerical Simulation of the Response	213	(11)
Nonlinear Response Properties	224	(19)
Problems	232	(10)
Matlab Engineering Vibration Toolbox	242	(1)
Toolbox Problems	242	(1)
Multiple-Degree-Of-Freedom Systems	243	(116)
Two-Degree-of-Freedom Model (Undamped)	244	(11)
Eigenvalues and Natural Frequencies	255	(12)
Modal Analysis	267	(8)
More Than Two Degrees of Freedom	275	(14)
Systems with Viscous Damping	289	(5)
Modal Analysis of the Forced Response	294	(6)
Lagrange's Equations	300	(7)
Examples	307	(12)
Computational Eigenvalue Problems of Vibration	319	(18)
Numerical Simulation of the Time Response	337	(22)
Problems	345	(12)
Matlab Engineering Vibration Toolbox	357	(1)
Toolbox Problems	357	(2)
Design for Vibration Suppression	359	(72)
Acceptable Levels of Vibration	360	(6)
Vibration Isolation	366	(11)
Vibration Absorbers	377	(7)
Damping in Vibration Absorption	384	(7)
Optimization	391	(8)
Viscoelastic Damping Treatments	399	(5)
Critical Speeds of Rotating Disks	404	(6)
Active Vibration Suppression	410	(2)
Practical Isolation Desing	412	(19)
Problems	420	(10)
Matlab Engineering Vibration Toolbox	430	(1)
Toolbox Problems	430	(1)
Distributed-Parameter Systems	431	(64)
Vibration of a String or Cable	433	(3)
Modes and Natural Frequencies	436	(10)
Vibration of Rods and Bars	446	(6)
Torsional Vibration	452	(6)
Bending Vibration of a Beam	458	(12)
Vibration of Membranes and Plates	470	(5)
Models of Damping	475	(5)
Modal Analysis and the Forced Response	480	(15)
Problems	487	(6)
Matlab Engineering Vibration Toolbox	493	(1)
Toolbox Problems	493	(2)
Vibration Testing and Experimental Modal Analysis	495	(38)
Measurement Hardware	497	(4)
Digital Signal Processing	501	(5)
Random Signal Analysis in Testing	506	(3)
Modal Data Extraction	509	(4)
Model Parameter by Circle Fitting	513	(4)
Mode Shape Measurement	517	(6)
Vibration Testing for Endurance and Diagnostics	523	(3)
Operational Deflection Shape Measurement	526	(7)
Problems	528	(4)
Matlab Engineering Vibration Toolbox	532	(1)
Toolbox Problems	532	(1)
Finite Element Method	533	(38)
Example: The Bar	535	(6)
Three-Element Bar	541	(5)
Beam Elements	546	(7)
Lumped Mass Matrices	553	(3)
Trusses	556	(4)
Model Reduction	560	(11)
Problems	563	(7)
Matlab Engineering Vibration Toolbox	570	(1)
Toolbox Problems	570	(1)
Appendix A Complex Numbers and Functions	571	(6)
Appendix B Laplace Transforms	577	(5)
Appendix C Matrix Basics	582	(12)
Appendix D The Vibration Literature	594	(1)
Appendix E List of Symbols	595	(5)
Appendix F Introduction to Matlab, Mathcad and Mathematica	600	(1)
Appendix G Engineering Vibration Toolbox and Web Support	601	(2)
References	603	(2)
Answers to Selected Problems	605	(6)
Index	611