Advances in the control of vibrations in membrane structures have become pivotal in numerous engineering applications, particularly in aerospace, telecommunications and flexible robotics.

Controlling unwanted vibration in high-speed grinding, for instance, or the chatter of a cutting bit not only allows for faster operations, but also achieves greater accuracy.

Vibration control using piezoelectric materials has emerged as a critical research area with significant implications for aerospace, mechanical engineering, and structural systems.

Robert Jones, Control of Helicopter Vibration Using the Dynamic Antiresonant Vibration Isolator, SAE Transactions, Vol. 82, SECTION 4: Papers 730669–730990 (1973), pp. 2949-2960 ...

Here, we reveal the inside story of Mason UK’s effort to provide vibration control at Europe’s largest semiconductor manufacturing plant.

Decision makers could also use these sensors as vibration monitoring tools and act quickly to mitigate new issues. Vibration control is essential Poor or non-existent vibration-control measures in a ...

This article discusses the reasons why vibration control is necessary for active isolation systems.