Jan Brinker
Papers
14
Total Citations
304
H-Index
9
About
Jan Brinker is a robotics researcher whose career spans several decades, with a sustained focus on parallel robot architectures — particularly the celebrated Delta robot family. Beginning with foundational work on constrained robotic control systems in the late 1980s, Brinker's research evolved into a deep specialization in the kinematics, dynamics, and design optimization of Delta and Delta-like parallel manipulators. His most influential contribution, "Kinematic Performance Evaluation of High-Speed Delta Parallel Robots Based on Motion/Force Transmission Indices" (2018), has garnered over 100 citations and established key metrics for evaluating robot performance in high-speed pick-and-place applications. Complementing this, his comprehensive 2015 survey on Delta-like parallel robots provided the research community with an essential reference framework, while his comparative study of serial-parallel Delta robots with full orientation capabilities helped advance the field beyond the limitations of classical designs. Brinker has also made meaningful contributions to inverse dynamics modeling, dimensional synthesis, and reconfiguration planning for adaptive manufacturing systems. Collectively, his work addresses both theoretical foundations and real-world industrial demands, making him a significant voice in the development of next-generation flexible robotic systems. With nearly 290 cumulative citations, his research continues to shape how engineers design and evaluate high-performance parallel manipulators.
Research Focus
Key Achievements
Top Papers
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- 3A Survey on Parallel Robots with Delta-Like Architecture37 citations · 2015
- 4A Comparative Study of Inverse Dynamics based on Clavel’s Delta robot23 citations · 2015
- 5A Heuristic Study of Relegation of Control in Constrained Robotic Systems19 citations · 1987
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