Professor Kemal Nisancioglu stands as a preeminent authority in materials corrosion science with specialized expertise in electrochemical processes and surface phenomena. He currently serves as Professor of Materials Science at the Norwegian University of Science and Technology where he has made substantial contributions to the Department of Materials Technology and Electrochemistry. With a distinguished career spanning over three decades, Dr. Nisancioglu has established himself as a leading figure in understanding degradation mechanisms of metallic materials under various environmental conditions. His academic journey has been deeply rooted at NTNU, where he has cultivated comprehensive knowledge that bridges fundamental electrochemistry with practical engineering applications.
Dr. Nisancioglu's seminal contributions include the foundational compendium 'Corrosion Basics and Engineering,' first published in 1994 and continuously updated to reflect evolving scientific understanding and industry standards. His research has particularly focused on intergranular corrosion mechanisms in aluminum alloys, with groundbreaking work examining how excess silicon and copper content affect corrosion behavior in 6000-series aluminum alloys. His influential chapter on 'Corrosion and protection of aluminum alloys in seawater' for the European Federation of Corrosion Series has become an essential reference for marine applications worldwide. The practical impact of his research extends across numerous industrial sectors where material durability in challenging environments is critical for safety and longevity.
Beyond his research achievements, Professor Nisancioglu has profoundly shaped corrosion engineering education through his widely adopted teaching materials and mentorship of future materials scientists. His compendium serves as the cornerstone for NTNU's Corrosion course (TMM4170), educating generations of engineers in corrosion prevention and material selection. Dr. Nisancioglu continues to advance the field through ongoing research that addresses contemporary challenges in material degradation and protection strategies. His systematic approach to corrosion science has established robust frameworks that bridge fundamental electrochemical principles with real-world engineering solutions, ensuring his enduring impact on both academic research and industrial practice worldwide.
