Mechanical And Structural Vibrations

Mechanical and Structural Vibrations: Theory and Applications is an engineering textbook by Jerry H. Ginsberg that provides a modern, comprehensive approach to the study of vibrations in mechanical and structural systems. It’s intended for undergraduate and first-year graduate students.
The book focuses on a balance between:
• Analytical derivations: presenting the theoretical foundations of vibration analysis.
• Computational procedures: integrating the use of mathematical software like MATLAB and Mathcad to solve complex problems.
• Problem-solving: offering numerous examples and exercises.
• Physical interpretation: helping students understand the real-world meaning of their results.
The text introduces innovative methods for analysis, such as using the principle of power balance to derive equations of motion. It also covers practical topics like the use of Fast Fourier Transforms (FFTs) for analyzing signals, experimental modal analysis, and the behavior of heavily damped and gyroscopic systems. A key feature is its approach to continuum vibrations, which doesn’t require prior knowledge of partial differential equations, making it more accessible.