C. Zehetner
Papers
2
Total Citations
6
H-Index
2
About
C. Zehetner is a researcher in structural dynamics and vibration control, with a focus on flexible multibody systems and smart materials. Their major contributions lie in the active compensation of vibrations in lightweight robotic structures, particularly through the use of piezoelectric actuators. Zehetner’s 2009 paper on compensating flexible vibrations in a two-link robot via piezoelectric actuation (4 citations) is a foundational work in this area, demonstrating how distributed actuation can mitigate detrimental oscillations in articulated systems. Expanding on this, their 2011 study on nonlinear finite element modelling of moving beam vibrations controlled by distributed actuators (2 citations) introduced advanced simulation techniques for predicting and managing dynamic responses in flexible structures. While citation counts are modest, these works are notable for their early integration of nonlinear finite element methods with active control strategies, offering practical pathways for improving precision and stability in robotic arms and other flexible mechanisms. Zehetner’s research bridges theoretical modelling and experimental validation, contributing to the development of smarter, more resilient mechanical systems.
Research Focus
Key Achievements
Top Papers
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