This text is an introduction to the analysis and design of vibrating systems. Such a course is normally offered in the junior or senior year in mechanical engineering, engineering mechanics, and areonautical/aerospace engineering.

    It is assumed that the student has a background in calculus and dynamics. Any other required material in mathematics, such as differential equations and matrix algebra, is developed in the text.

1 Introduction to mechanical vibration
2 Models with one degree of freedom
3 Free response with a single degree of freedom
4 Harmonic response with a single degree of freedom
5 General forced response
6 Two-degrees-of-freedom systems
7 Vibration suppression and control
8 Matrix methods for multi-degree of freedom systems
9 Vibration measurement and testing
10 Distributed systems
11 Dynamic finite element analysis