Tuesday, April 24, 2018

VIBRATIONS SECOND EDITION By Balakumar Balachandran and Edward B. Magrab

VIBRATIONS SECOND EDITION By Balakumar Balachandran and Edward B. Magrab
Contents : 
Chapter 1 Introduction
Chapter 2 Modeling of Vibratory Systems
Chapter 3 Single Degree-Of-Freedom Systems: Governing Equations
Chapter 4 Single Degree-of-Freedom System Free-Response Characteristics
Chapter 5 Single Degree-of-Freedom Systems Subjected to Periodic Excitations
Chapter 6 Single Degree-of-Freedom Systems Subjected to Transient Excitations
Chapter 7 Multiple Degree-of-Freedom Systems: Governing Equations, Natural 
Frequencies, and Mode Shapes
Chapter 8 Multiple Degree-of-Freedom Systems  General Solution for Response
 and Forced Oscillations
Chapter 9 Vibrations of Beams
Preface :
Vibration is a classical subject whose principles have been known and studied for many centuries and presented in many books. Over the years, the use of these principles to understand and design systems has seen considerable growth in the diversity of systems that are designed with vibrations in mind: mechanical, aerospace, electromechanical and microelectromechanical devices and systems, biomechanical and biomedical systems, ships and sub marines, and civil structures. As the performance envelope of an engineered system is pushed to higher limits, nonlinear effects also have to be taken into account. This book has been written to enable the use of vibration principles in a broad spectrum of applications and to meet the wide range of challenges faced by system analysts and designers. To this end, the authors have the fol lowing goals: a) to provide an introduction to the subject of vibrations for undergraduate students in engineering and the physical sciences, b) to  present vibration principles in a general context and to illustrate the use of these prin ciples through carefully chosen examples from different disciplines, c) to use a balanced approach that integrates principles of linear and nonlinear vibrations with modeling, analysis, prediction, and measurement so that physical understanding of the vibratory phenomena and their relevance for engineer ing design can be emphasized, and d) to deduce design guidelines that are ap plicable to a wide range of vibratory systems.
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