NEWS 15 September 2024

Measuring vs modelling modes

Understanding dynamic behaviour is essential in the development of precision systems to achieve the required system performance.


This Mikroniek article discusses the value of experimental structural dynamics, highlighting its role in mitigating risks by verifying system dynamics and bridging gaps between model predictions and real-world performance. Two key techniques, experimental modal analysis (EMA) and transmissibility measurements, are explored, showing how they identify dynamics in complex systems. A practical precision-engineering use case illustrates how experimental structural dynamics uncovered unexpected dynamics. (Image courtesy of NTS Development & Engineering).


References

Lunch lecture November hosted by…

The title of this lunch lecture is: Potential of fault diagnosis and predictive maintenance for precision mechatronics

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The semiconductor roadmap is currently fuelled by innovations along three trends

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Damping position-dependent parasitic vibrations

Parasitic resonances are often limiting the performance of precision machinery.

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