Jens Kroneis
Papers
2
Total Citations
7
H-Index
2
About
Jens Kroneis is a researcher whose work focuses on the modeling, identification, and control of complex parallel robotic systems, with a particular emphasis on addressing structural redundancies and flexibility. His key contributions lie in developing simplified yet effective strategies for describing the kinematics and dynamics of parallel robots with redundant passive joints and links, as demonstrated in his most-cited work, "Simplified modelling and parameter identification of parallel robots with redundancies" (2008, 5 citations). This research provides a foundational approach for deriving equations of motion for such intricate mechanisms, exemplified through the planar SpiderMill robot. Kroneis also advanced the field of flexible body dynamics, as seen in his 2007 paper on "Flexible body modeling and vibration damping for a planar parallel robot using input shaping" (2 citations), where he integrated Euler-Bernoulli beam theory with rigid body kinematics to enable vibration suppression. While his citation counts reflect a specialized, technical audience, his work is notable for tackling the practical challenges of real-world robot design—bridging theoretical modeling with control strategies like input shaping. For students and researchers in robotics, Kroneis’s contributions offer valuable insights into managing the complexity of parallel manipulators with structural flexibilities and kinematic redundancies.
Research Focus
Key Achievements
Top Papers
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