About

Dr. Ibrahim M. Metwally is professor of concrete structures in Concrete Structures Research Institute at Housing and Building National Research Center, Cairo, Egypt. His research interests include ultra-high performance concrete, performance of structures exposed to extreme loading, large-scale experimental testing & behavior of concrete structures reinforced with FRP composites. He is registered as a structural consulting engineer at the Ministry of Housing, Utilities & Urban Communities in Egypt and has designed and evaluated many structural designs for huge projects in Egypt and the Arabian Gulf region. Dr. Metwally is certified as a professional engineer (PE) by the Wyoming Board of Professional Engineers, USA. His extensive hands-on experience includes the structural design and analysis of multi-story buildings using structural steel, reinforced concrete, post-tensioned and prestressed concrete, deep foundations, and structural masonry. He analyzed and evaluated the cause of failures in a wide variety of structures, as commercial, residential, and industrial structures under different extreme loading conditions. He has been heavily involved in the structural design, performance- based seismic design / assessment, retrofitting, and testing.

Dr. Ibrahim M. Metwally is professor of concrete structures in Concrete Structures Research Institute at Housing and Building National Research Center, Cairo, Egypt. His research interests include ultra-high performance concrete, performance of structures exposed to extreme loading, large-scale experimental testing & behavior of concrete structures reinforced with FRP composites. He is registered as a structural consulting engineer at the Ministry of Housing, Utilities & Urban Communities in Egypt and has designed and evaluated many structural designs for huge projects in Egypt and the Arabian Gulf region. Dr. Metwally is certified as a professional engineer (PE) by the Wyoming Board of Professional Engineers, USA. His extensive hands-on experience includes the structural design and analysis of multi-story buildings using structural steel, reinforced concrete, post-tensioned and prestressed…

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