Naren Kumar

Papers

Total Citations

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About

Naren Kumar is a mechanical engineering researcher whose work has made meaningful contributions to the understanding and application of cycloidal drive systems — compact, high-ratio gear transmission mechanisms widely used in robotics, manipulators, and industrial conveyor systems. His research focuses on drive-train dynamics and mechanical power transmission, addressing a field that, at the time of his investigations, remained relatively underexplored in the scientific literature. Kumar's most notable contribution, "Investigation of drive-train dynamics of mechanical transmissions incorporating cycloidal drives" (2015), challenged prevailing assumptions by hypothesizing that cycloidal drives can perform reliably under dynamic loading conditions, earning 6 citations and establishing a foundation for future applied research in this area. His earlier work, "A novel testing system for a Cycloidal drive" (2012), introduced an innovative experimental framework for evaluating these systems, helping to bridge the gap between theoretical understanding and practical validation. With a focused body of work spanning the design, testing, and dynamic behavior of cycloidal transmissions, Kumar has contributed valuable groundwork for engineers and researchers developing next-generation robotic joints and precision mechanical systems. His research is particularly relevant to students exploring advanced mechanical transmission technologies.