TECHNOLOGY MANUFACTURING OF OPTICAL SENSORS FOR LASER MICRODEFORMATION MONITORING SURFACES OF EXPLOSIVE INDUSTRIAL EQUIPMENT

The research is aimed at evaluating the effectiveness of modern safety monitoring tools for industrial equipment and building structures and optimizing the manufacturing technology of optical safety sensors. The sensors are designed to evaluate in real time the parameters of microdeformation of the surface shape of structural elements of products under external mechanical load. The article discusses the main components of the system, the principles of their operation, as well as algorithms for processing the obtained data. Potential areas of application of the developed signal system in construction and engineering are described

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Published
2025-05-28
DOI
https://doi.org/10.37539/250410.2025.26.35.008
Primary Topic
Advanced Sensor Technologies Research
Type
article
Field-Weighted Citation Impact
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article

TECHNOLOGY MANUFACTURING OF OPTICAL SENSORS FOR LASER MICRODEFORMATION MONITORING SURFACES OF EXPLOSIVE INDUSTRIAL EQUIPMENT

P.E. Roslov
Advanced Sensor Technologies Research
article

TECHNOLOGY MANUFACTURING OF OPTICAL SENSORS FOR LASER MICRODEFORMATION MONITORING SURFACES OF EXPLOSIVE INDUSTRIAL EQUIPMENT

P.E. Roslov
article en

Abstract

The research is aimed at evaluating the effectiveness of modern safety monitoring tools for industrial equipment and building structures and optimizing the manufacturing technology of optical safety sensors. The sensors are designed to evaluate in real time the parameters of microdeformation of the surface shape of structural elements of products under external mechanical load. The article discusses the main components of the system, the principles of their operation, as well as algorithms for processing the obtained data. Potential areas of application of the developed signal system in construction and engineering are described

Vladimir State University (RU)
Openalex Percentile: Top 89%
Advanced Sensor Technologies Research
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