L. Encica

Papers

Total Citations

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About

L. Encica is a researcher focused on the intersection of renewable energy harvesting and advanced robotic actuation systems. Their work spans two distinct but technically demanding fields: wave energy conversion and precision industrial robotics. In the domain of marine renewable energy, Encica’s most cited paper (2024, 10 citations) explores the potential of wave energy harvesting in the North Sea, specifically through the innovative AE-Wave Hexapod WEC design. This work addresses the challenge of converting gravitational water waves and wind-driven swell into usable power, contributing to the growing body of research on marine energy sustainability. Earlier, Encica made significant contributions to industrial automation with a 2008 paper (8 citations) that proposed a novel robot architecture for contactless pick-and-place machines. This design integrates a direct-drive linear permanent magnet motor for long-stroke movement in multi-robot component mounters, showcasing a practical solution for high-speed, precision manufacturing. While their citation counts are modest, Encica’s work demonstrates a valuable cross-disciplinary approach, bridging fundamental energy harvesting concepts with applied mechatronics. Their research is particularly relevant for engineers and scientists developing next-generation robotic systems and sustainable ocean energy technologies.