Engineering Vibration by Daniel J. Inman (2013)

Explains principles of vibration analysis and how to design systems to resist the negative effects of vibration.

Covers topics such as single- and multi-degree-of-freedom systems, forced vibration, random vibration, modal analysis, and control of vibration.

Includes over 400 examples and problems with answers.

Provides MATLAB codes to solve selected problems.

Provides an understanding of the fundamentals and a working knowledge of many important vibration topics.

Explores practical aspects of vibration analysis and control, such as vibration isolation and absorption, active vibration control, and structural health monitoring.

Presents design guidelines for vibration control of mechanical systems, based on the material presented in the book.

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