Y.N. Kulchin

Papers

Total Citations

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About

Y.N. Kulchin is a distinguished researcher whose work centers on laser additive manufacturing, with a particular focus on real-time process monitoring and control. His major contributions lie in advancing the understanding of melt pool thermodynamics during laser directed energy deposition (LDED), a critical area for improving the quality and reliability of additively manufactured metal components. His most cited paper, "Melt Pool Temperature Control in Laser Additive Process" (2022), explores innovative methods for obtaining real-time thermodynamic data from the molten metal pool during layer-by-layer powder deposition. This work has garnered attention for its potential to enhance process stability and part integrity, earning 2 citations to date. While his citation count is still growing, Kulchin’s research addresses a fundamental challenge in additive manufacturing: the need for precise thermal feedback to prevent defects. His findings are particularly valuable for engineers and researchers working to scale LDED for industrial applications, where repeatability and quality assurance are paramount. Kulchin’s ongoing efforts continue to push the boundaries of smart manufacturing, making him a notable figure in the field of laser-based material processing.