E. L. Furman

Papers

Total Citations

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About

E. L. Furman’s research centers on the enhancement of surface engineering and protective coatings for metallurgical equipment, with a particular focus on addressing wear and corrosion in high-temperature environments. Their most cited work, “Development of laser felling modes of gas-thermal coating” (2024, 2 citations), tackles the critical challenge of applying durable protective layers to copper and its alloys—materials widely used in tuyeres and other components prone to abrasive wear and high-temperature corrosion. By optimizing laser felling parameters, Furman contributes to prolonging the service life of copper parts, preventing premature chipping and degradation. This work, though early in its citation trajectory, addresses a practical industrial need, bridging materials science and manufacturing. Furman’s research is notable for its direct application to metallurgical processes, offering solutions that enhance equipment reliability and reduce downtime. As their work gains recognition, it promises to influence both academic studies in coating technologies and industrial practices in metalworking and foundry operations.