Papers
2
Total Citations
6
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About
B.N. Mordyuk is a materials scientist whose research focuses on advanced surface engineering techniques, particularly laser-based hardening processes applied to ferrous alloys and tool steels. Their work sits at the intersection of manufacturing technology and materials characterization, exploring how high-energy surface treatments can enhance the mechanical properties of engineering materials. Mordyuk's most notable contributions include pioneering investigations into robot-assisted 3D laser surface hardening of medium-carbon steel, where their team systematically analyzed the relationships between process parameters, surface roughness, and resulting hardness profiles. Complementing this, their research on laser transformation hardening of AISI D2 tool steel using high-power disk lasers has advanced understanding of how industrial laser systems can be optimized to achieve significant surface hardness improvements without compromising substrate integrity. Though Mordyuk's publication record in laser hardening is relatively recent — with their cited works published in 2023 and 2024 accumulating early citations — the trajectory suggests growing interest in their methodology from the manufacturing and surface engineering communities. Students and researchers working in tribology, tool life optimization, or advanced manufacturing processes will find Mordyuk's technically rigorous, application-driven approach particularly valuable for bridging laboratory findings with industrial implementation.
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Top Papers
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