Jo ́zsef Ko ̈vecses
Papers
2
Total Citations
25
H-Index
2
About
József Kövecses is a leading figure in the dynamic analysis and control of constrained mechanical systems, with a career dedicated to advancing the theoretical foundations of multibody dynamics. His seminal 2003 paper, "A Novel Approach for the Dynamic Analysis and Simulation of Constrained Mechanical Systems" (20 citations), introduced a powerful formulation rooted in the D’Alembert-Lagrange principle. By employing a physically meaningful decomposition of virtual displacements and generalized velocities, this work provided a robust framework for handling redundant, non-minimum coordinate sets—a persistent challenge in the field. Building on this, Kövecses extended his impact into robotics with his 2011 work on "Servo-Constraint Based Computed Torque Control of Underactuated Mechanical Systems" (5 citations). Here, he generalized computed torque control for underactuated robots, elegantly modeling control tasks as servo constraints to achieve precise trajectory tracking despite system limitations. His contributions bridge fundamental mechanics and practical control, offering engineers and researchers powerful tools for analyzing everything from vehicle dynamics to robotic manipulators. Through these innovations, Kövecses has shaped how constrained systems are understood and controlled, leaving a lasting mark on both simulation and real-world applications.
Research Focus
Key Achievements
Top Papers
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