Direct energy deposition for smart micro reactor

Nuclear microreactors (MRs) have attracted significant attention for their versatility in installation locations, especially with the growing demand for sustainable green energy in large data processing facilities. However, ensuring their safe operation necessitates frequent inspections, which can b...

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Bibliographic Details
Published in:Virtual and physical prototyping 2024-12, Vol.19 (1)
Main Authors: Kim, Hayeol, Seo, Junyoung, Chung Baek, Adrian Matias, Shin, Woo Yeong, Jeon, Hongryung, Moon, Seung Ki, Kim, Hyungmo, Kim, Namhun, Jung, Im Doo
Format: Article
Language:English
Subjects:
3-Dimensional printing
design for additive manufacturing
direct metal deposition
machine learning
virtual prototyping
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Summary:Nuclear microreactors (MRs) have attracted significant attention for their versatility in installation locations, especially with the growing demand for sustainable green energy in large data processing facilities. However, ensuring their safe operation necessitates frequent inspections, which can be challenging for practical efficient management. This study proposes a novel approach using direct energy deposition to incorporate an optical fiber sensor into MR components, enabling real-time monitoring with artificial intelligence. The embedded optical fiber generates real-time data that allows for AI-driven in-vivo thermal deformation analysis. Our smart MR component can detect structural anomalies, identify abnormal operations, and assess operational conditions through augmented reality interfaces and AI technology.
ISSN:1745-2759
1745-2767
DOI:10.1080/17452759.2024.2411024