Analysis and Synthesis in the Vibration of Mechanical Systems

The book offers a comprehensive introduction to mathematical modeling of dynamic system vibrations, beginning with analytical methods for deriving equations of motion and progressing to single and multi-degree-of-freedom models. The book offers a comprehensive introduction to mathematical modeling of dynamic system vibrations, beginning with analytical methods for deriving equations of motion and progressing to single and multi-degree-of-freedom models. Emphasizing linear algebra-based formulations compatible with modern computational tools, it also covers signal processing techniques essential for experimental model synthesis. The final chapter details key synthesis methods using processed measurement data, providing readers with a solid foundation in contemporary modeling and analysis of vibratory systems.