Carmelo di Castri

Papers

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About

Carmelo di Castri is a researcher specializing in the dynamic modeling and active vibration control of flexible robotic manipulators. His work addresses the critical challenge of controlling lightweight, flexible-link robots, where structural vibrations significantly impact precision and performance. Di Castri’s major contribution lies in developing exact, reduced-order matrix formulations for the eigenvalue problem of planar multilink manipulators—a problem that is notoriously posture-dependent. His 2011 paper, “Exact modeling for control of flexible manipulators,” which has garnered 21 citations, provides an efficient framework for dynamic modeling and active vibration suppression, enabling more accurate control of these complex systems. A related study, “Vibration analysis of a planar multilink manipulator using a reduced-order matrix formulation,” further refines these techniques. Through his work, di Castri has advanced the theoretical foundations for designing lighter, faster, and more precise robotic arms, with implications for manufacturing, aerospace, and surgical robotics. His research remains a valuable resource for engineers and researchers tackling the intersection of structural dynamics and control in flexible robotics.