B. Vaneghem

Papers

Total Citations

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About

B. Vaneghem has made foundational contributions to the modeling and simulation of mechanical systems, with a particular focus on mobile robotics and multibody dynamics. Their research centers on the development of advanced computational frameworks for analyzing complex mechanical interactions, especially those involving universal wheels and cam/follower devices. Vaneghem's most influential work, "A multibody approach for modelling universal wheels of mobile robots" (2000, 16 citations), introduced a novel multibody methodology that accurately captures the kinematic and dynamic behavior of omnidirectional wheels—a critical advancement for mobile robot maneuverability. Complementing this, their study "A Multibody Loop Constraints Approach for Modelling Cam/Follower Devices" (2000, 13 citations) extended these techniques to cam mechanisms, offering a robust framework for constraint-based modeling in mechanical systems. Earlier work, "Contribution to the Modelling of a Mobile Robot Equipped with Universal Wheels" (1997, 7 citations), laid the groundwork for these contributions. Vaneghem's research has been instrumental in bridging theoretical multibody dynamics with practical robotic applications, providing engineers and researchers with validated tools for designing more agile and precise mobile platforms. Their work remains a key reference for those exploring wheeled robot locomotion and mechanical constraint modeling.