R.H.A. Hensen

DAF Trucks (Netherlands), Eindhoven University of Technology

Papers

Total Citations

124

H-Index

About

R.H.A. Hensen is a robotics researcher whose work centers on the mathematical modeling, identification, and control of robotic systems, with a particular focus on multi-joint robotic arms. His most influential contribution, "Modeling and Identification for High-Performance Robot Control: An RRR-Robotic Arm Case Study" (2004), has garnered 98 citations and established a systematic, reproducible procedure for deriving and validating robot kinematic and dynamic models suitable for advanced control design. This work introduced a structured methodology encompassing friction model identification, optimal excitation trajectory design, and experimental parameter estimation — providing the robotics community with a rigorous framework that bridges theoretical modeling and real-world implementation. Complementing this flagship paper, Hensen's earlier studies on the RRR robot architecture (2003) further developed closed-form kinematic and dynamic models, demonstrating their validity through both simulation and physical experimentation. His writing-task validation approach offered an intuitive and practical benchmark for assessing model accuracy. Across his body of work, Hensen has made meaningful contributions to precision robot control, helping engineers and researchers move from abstract dynamic equations to deployable, high-performance robotic systems. His research remains a valuable reference for those studying robot modeling and system identification.