Mechanical Vibrations And Industrial Noise Control

By L. G. Lasithan more
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Product Specifications

Publisher PHI Learning All Mechanical Engineering books by PHI Learning
ISBN 9788120347793
Author: L. G. Lasithan
Number of Pages 640
Available in all digital devices
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  • About the book

About The Book Mechanical Vibrations And Industrial Noise Control
Book Summary:

Designed to serve as a textbook for undergraduate and postgraduate students of Mechanical Engineering, this book helps promote student understanding of complex phenomena of vibration technology. The book through clear and concise writing equips students with skills required to use vibration theory in analysis and design of engineering systems and devices. The book also discusses in an exclusive chapter the detrimental effects of industrial noise on human beings, and suggests measures to control noise.

The book explains the basic principles and the fundamental concepts of the vibration theory related to the study of conventional vibration phenomena such as free response, response to harmonic excitation, general forced response, non-linear analysis, self-excited oscillations, random time functions, and torsional vibration. Besides, it discusses the vibration measuring instruments used for testing in various engineering applications.
The book features a wealth of excellent worked-out examples of practical applications, and a host of challenging problems at the end of each chapter.

Table of Contents:


1. Introduction to Vibration

2. Undamped Free Vibrations of Single-Degree-of-Freedom Systems

3. Damped Free Vibrations of Single-Degree-of-Freedom Systems

4. Harmonically Excited Vibration of Single-Degree-of-Freedom Systems

5. Vibration Measuring Instruments and Support Excitation

6. Two-Degree-of-Freedom Systems

7. Multidegree-of-Freedom Systems

8. Torsional Vibrations

9. Vibration Analysis of Continuous Systems

10. Multidegree-of-Freedom SystemsApproximate Numerical Methods

11. Nonlinear and Self-Excited Vibrations

12. Random Vibrations

13. Vibration under General Forcing Conditions

14. Noise




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