Description
This book provides an in-depth exploration of vibration analysis and control techniques, bridging the gap between theoretical concepts and practical applications. It covers fundamental principles of vibration mechanics, advanced analytical methods, and modern control strategies used in various engineering fields.
The content addresses key topics including vibration measurement, signal processing, modal analysis, and active/passive control systems. Engineers and researchers will find detailed explanations of mathematical models, numerical simulations, and experimental validation methods. The book emphasizes real-world case studies and industrial applications, making it valuable for professionals dealing with machinery vibration, structural dynamics, and system optimization.
This resource is essential for graduate students, practicing engineers, and researchers seeking comprehensive knowledge in vibration engineering and its modern control applications.
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