Clayton C. Gimenez

Papers

Total Citations

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About

Clayton C. Gimenez is a researcher whose work bridges mechanical design and robotics, with a focus on force amplification and actuation systems. His most notable contribution is the development of a continuously variable linear force amplifier using elastic cable capstans, detailed in his 2012 paper "Controllable, High Force Amplification Using Elastic Cable Capstans." This work innovatively applies capstan theory to elastic cables, enabling a control actuator to continuously clutch and adjust force output—a departure from rigid, discrete-amplification designs. While the paper has accrued 2 citations, its conceptual novelty lies in addressing a key challenge in robotics: achieving high, controllable force in compact, lightweight systems. Gimenez’s research is particularly relevant to soft robotics, prosthetics, and exoskeletons, where elastic elements and variable transmission are critical. Though his citation count is modest, his work represents a foundational step in rethinking force transmission, offering a pathway for future innovations in adaptive, high-force mechanisms. For students and researchers exploring compliant actuation or bio-inspired design, Gimenez’s elastic capstan amplifier provides a compelling case study in leveraging material properties for mechanical advantage.