Raphael Hery
Papers
2
Total Citations
7
H-Index
2
About
Raphael Hery is a robotics engineer at the forefront of nuclear fusion maintenance technology. His primary research focuses on the design, analysis, and operational concepts of advanced robotic systems for extreme environments, particularly within the ITER tokamak. Hery’s major contribution is the development of the Agile Robot Transporter (ART), a novel robotic platform engineered for in-vessel maintenance in the high-radiation, vacuum conditions of a fusion reactor. His work addresses the critical challenge of safely and efficiently handling the massive, delicate components inside the reactor vessel, which is essential for ITER’s long-term operational viability. His most cited paper, "Concept of operation of the Agile Robot Transporter for ITER in-vessel maintenance" (2024, 5 citations), establishes the mission framework for this system, while his companion paper on its design and analysis (2024, 2 citations) details the engineering solutions that enable its precision and resilience. Though early in his career, Hery’s targeted contributions are already shaping the future of remote handling in fusion energy, positioning him as a key innovator in the intersection of robotics and sustainable power generation.
Research Focus
Key Achievements
Top Papers
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