معرفی
Dr. Onur Merter is an Associate Professor in the Department of Civil Engineering at the Faculty of Engineering, Izmir University of Economics. He specializes in earthquake engineering and energy-based structural design, with extensive experience in reinforced concrete structures and seismic analysis.
His academic background includes:
- 2005: BSc in Civil Engineering from Dokuz Eylul University (top of class)
- 2008: MSc in Structural/Civil Engineering from Dokuz Eylul University
- 2014: PhD in Structural/Civil Engineering from Dokuz Eylul University
Dr. Merter's research focuses on advanced methods in earthquake engineering, particularly energy-based seismic design approaches. His work bridges theoretical structural dynamics with practical applications in reinforced concrete construction. He has published extensively on topics including energy modification factors, damping ratios, and seismic performance of structures under various ground motion conditions. His research contributes significantly to improving earthquake-resistant design methodologies.
His recent publications show a strong trend toward energy-based seismic engineering, with particular emphasis on damping modification factors, input energy spectra, and performance evaluation of structures under different earthquake scenarios. His work spans both theoretical modeling and practical applications in structural engineering.
Professional recognition includes:
- Editorial Board Member of "Frontiers in Built Environment" International Journal in Earthquake Engineering
Dr. Merter has supervised numerous undergraduate and graduate students in the field of structural engineering. His teaching portfolio includes various courses related to civil and structural engineering at both undergraduate and graduate levels. He has been actively involved in research projects related to earthquake engineering and structural analysis.
He is a member of research teams focused on seismic performance evaluation and energy-based design methodologies for structures. His laboratory work involves numerical modeling and analysis of structural behavior under seismic loads.
