Suggests a simple frequency based method to analyze and evaluate stability of periodic motions of a wide class of systems: time-variant, nonlinear (self-oscillation, forced oscillation), synchronized motion etc Presents a simple approach useful for engineers Includes case studies and examples of application of the method to various industries
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Suggests a simple frequency based method to analyze and evaluate stability of periodic motions of a wide class of systems: time-variant, nonlinear (self-oscillation, forced oscillation), synchronized motion etc Presents a simple approach useful for engineers Includes case studies and examples of application of the method to various industries
Read Less