M. Gofron

Papers

Total Citations

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About

M. Gofron’s research focuses on the dynamics and control of flexible mechanical systems, with a particular emphasis on the inverse dynamics of planar structures. Their most-cited work, “Effect of the deformation in the inertia forces on the inverse dynamics of planar flexible mechanical systems” (1994, 10 citations), addresses a critical challenge in robotics and mechanism design: how elastic deformations in lightweight, flexible components alter inertia forces, thereby impacting the accuracy of motion control. By integrating deformation effects into inverse dynamics formulations, Gofron provided a more realistic framework for predicting and compensating for structural flexibility—a key consideration in high-speed, precision machinery. This contribution has influenced subsequent studies on flexible manipulators and compliant mechanisms, offering foundational insights for engineers designing systems where rigidity assumptions fail. While their citation count reflects a focused, niche impact, Gofron’s work remains relevant for researchers tackling nonlinear dynamics in flexible multibody systems. Their approach underscores the importance of accounting for material and geometric nonlinearities in dynamic analysis, bridging theoretical mechanics with practical engineering challenges.