Papers
4
Total Citations
16
H-Index
3
About
Dmytro Lesyk is an emerging materials and manufacturing engineer whose research centers on advanced laser surface hardening technologies, with a particular focus on robot-assisted and automated systems for precision metal treatment. His work addresses a critical challenge in modern manufacturing: selectively enhancing the surface properties of complexly shaped steel components without compromising their structural integrity. Lesyk has made notable contributions by developing and validating robot-assisted 3D laser scanning systems capable of performing selective surface hardening on intricate geometries, including gear mechanism shafts and medium-carbon steel components — work that has collectively attracted over 16 citations since 2022. His investigations systematically characterize the resulting surface roughness parameters, hardness profiles, and microstructural transformations, offering practical insights for industries reliant on high wear-resistance end-products. His 2024 study on AISI D2 tool steel using high-power disk lasers further demonstrates his commitment to expanding laser hardening applications across diverse steel grades. Though early in his career, Lesyk's research positions him as a promising voice in the integration of robotics and laser technology for next-generation surface engineering solutions.
Research Focus
Key Achievements
Top Papers
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