Andrzej Demenko

Professor Andrzej Demenko is a distinguished academic at Poznań University of Technology, where he holds a position in the Institute of Electrical Engineering and Industrial Electronics within the Faculty of Automatic Control, Robotics and Electrical Engineering. He serves as Chairman of the Committee on Electrical Engineering of the Polish Academy of Sciences, demonstrating his significant standing in the national academic community. His career spans several decades, beginning with his doctoral dissertation in 1975 on modeling magnetic circuits of electrical machines using potential field analyzers.

Professor Demenko's research focuses on computational electromagnetics, electrical machine analysis and design, finite element methods, and power system safety. His work particularly emphasizes permanent magnet synchronous motors, field-circuit coupling approaches, and electromagnetic phenomena in nonlinear circuits. He has made significant contributions to understanding squirrel cage design in motors, temperature effects on motor performance, and the development of numerical methods for electromagnetic field calculations.

Analysis of his recent publications (2015-2024) reveals a continued focus on advanced electrical machine design, particularly permanent magnet synchronous motors, with increasing attention to optimization techniques, thermal effects, and control strategies. His work consistently combines theoretical developments with experimental validation, demonstrating practical relevance alongside theoretical rigor.

Professor Demenko has supervised five doctoral dissertations to completion and has reviewed numerous others, indicating his commitment to academic mentorship. His publication record is substantial, with 65 articles, 61 book chapters, and 11 books or edited volumes spanning several decades of research.

As an active researcher, Professor Demenko continues to contribute to the field through ongoing projects, editorial work for international conferences like the Electromagnetic Phenomena in Nonlinear Circuits (EPNC) symposium series, and collaborations with researchers worldwide. His work bridges theoretical developments in computational electromagnetics with practical applications in electrical machine design and power system safety.