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About

A. Smalcerz’s research focuses on the intersection of industrial robotics and electromagnetic field engineering, with a particular emphasis on metallurgical processes. Their major contribution lies in analyzing how industrial robots interact with strong electromagnetic fields in demanding manufacturing environments. In their most cited work, "Electromagnetic field analysis of inductor-robot-work-piece system" (2013, 12 citations), Smalcerz conducted numerical analysis and experimental verification to study how an industrial robot located near an induction heater disturbs the electromagnetic field distribution—a critical safety and performance consideration for automated metallurgy. Their additional studies (each with 7 citations) explore the broader application of industrial robots in metallurgical processes, highlighting how automation can improve precision and effectiveness despite the challenges posed by intense electromagnetic interference. Smalcerz’s work is notable for bridging robotics and electromagnetics, providing foundational insights that help engineers design safer, more reliable robotic systems for harsh industrial settings. This research is especially valuable for students and researchers working on automation in foundries, heat treatment facilities, and other metalworking environments where electromagnetic compatibility is a key concern.