D. Yu. Golovin
Papers
2
Total Citations
7
H-Index
2
About
D. Yu. Golovin is an emerging researcher specializing in non-destructive testing and evaluation of advanced materials, with a particular focus on polymer composite materials. His work centers on the development and application of laser scanning thermography — a highly sensitive inspection technique capable of reliably detecting both surface and subsurface defects in composite structures. A notable hallmark of Golovin's research is its practical orientation: he has explored the integration of robotic manipulators as scanning devices, enabling automated and efficient inspection of complex components. His application of regression analysis alongside thermographic data represents a meaningful methodological contribution, enhancing the quantitative characterization of detected defects and moving the field beyond simple detection toward precise defect sizing and classification. Though at an early stage of his citation record — with his 2024 publications already accumulating recognition from the research community — Golovin's work addresses critically important challenges in aerospace, automotive, and structural engineering industries where composite material integrity is paramount. Students and researchers working in thermographic non-destructive evaluation, composite materials inspection, or intelligent robotic sensing systems will find his contributions both technically rigorous and practically relevant.
Research Focus
Key Achievements
Top Papers
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