Enhanced vibration suppression and stability in high-speed rotating machinery: A multi-degree-of-freedom nonlinear approach

Key Points

• Rotating machinery shows improved stability, attributed to advanced vibration suppression techniques.
• Improvements were quantified with metrics indicating a significant reduction in vibrations across multiple degrees of freedom.
• Assessment using a nonlinear approach to analyze and optimize machinery performance and stability factors.
• Results indicate potential for enhanced operational lifespan and efficiency, although further validation may be required.