Santosh Kumar Kurre

University of Petroleum and Energy Studies

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About

Dr. Santosh Kumar Kurre is a mechanical engineer whose research focuses on the nonlinear dynamics of controlled release mechanisms, with a particular emphasis on boundary friction and its impact on system performance. His most-cited work, "Nonlinear dynamics of controlled release mechanism under boundary friction" (2021), has garnered 18 citations, reflecting its significance in addressing the persistent challenge of friction-induced nonlinearity in control applications. Dr. Kurre’s major contribution lies in developing effective product models that capture the complex, nonlinear dynamic behavior of mechanical systems where friction bounds lower performance limits. By rigorously modeling these interactions, his research provides critical insights for engineers designing precise control mechanisms, from industrial actuators to biomedical devices. This work is especially valuable for researchers seeking to mitigate friction’s detrimental effects and enhance system reliability. Dr. Kurre’s achievements underscore his dedication to advancing the understanding of nonlinear dynamics in practical engineering contexts, making his research a key reference for those exploring friction’s role in controlled release and mechanical system design.