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Total Citations
90
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About
Y.A. Chapuis has pioneered the field of distributed micromanipulation through microelectromechanical systems (MEMS), with a particular focus on air-flow-based actuator arrays. His most influential work, the 2006 paper "Design, Fabrication, and Control of MEMS-Based Actuator Arrays for Air-Flow Distributed Micromanipulation," has garnered 90 citations and stands as a cornerstone in the domain. In this seminal contribution, Chapuis introduced an original pneumatic microactuator design that dramatically improved reliability in generating and controlling air-flow force fields for precise, non-contact manipulation of small objects. His research bridges the critical gap between MEMS fabrication, system control, and practical application, enabling new paradigms in microassembly and lab-on-a-chip technologies. By demonstrating how arrays of microactuators can work in concert to create programmable force fields, Chapuis has laid essential groundwork for advanced automation at the microscale. His work is particularly notable for its holistic approach—integrating design, fabrication, and control into a unified system—making it a key reference for researchers in MEMS, robotics, and microfluidics. Chapuis’s contributions continue to influence the development of distributed actuation systems, inspiring new generations of engineers to explore the frontiers of microscale manipulation.
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