Jan Werner
Papers
2
Total Citations
9
H-Index
2
About
Jan Werner’s research career has centered on the dynamics and control of flexible mechanical systems, with a particular focus on suppressing unwanted oscillations in robotic and structural applications. His major contributions lie in developing analytical and experimental trajectory planning methods that mitigate vibration in suspended and cantilevered objects. In his most cited work (2002, 7 citations), Werner introduced a parameter-scheduled trajectory planner to suppress coupled horizontal and vertical vibrations in a flexible rod undergoing angular acceleration—a problem complicated by gravity-induced sag. This work provided a novel, experimentally validated solution for controlling out-of-plane dynamics. Earlier, in a foundational 1990 paper (2 citations), he developed an adaptive, swing-free trajectory planner for gantry robots carrying simply suspended objects. By employing a batch nonlinear least squares estimator (differential correction) to predict initial conditions, mass, and natural frequency, Werner demonstrated a practical method for real-time oscillation control on commercial robotic platforms. Though his citation counts are modest, Werner’s contributions are notable for their rigorous integration of analytical modeling with experimental validation, offering enduring insights for researchers and engineers working on vibration suppression in flexible robotics and precision motion systems.
Research Focus
Key Achievements
Top Papers
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