Mohammad Izadi

Mohammad Izadi is a Research Engineer and Doctoral Student in the Department of Energy and Mechanical Engineering at the School of Engineering. His research focuses on ice mechanics, hydrodynamics, and computational mechanics, with a particular emphasis on fluid-structure interaction (FSI) and experimental methodologies. He investigates phenomena such as ice formation under salinity-controlled conditions, water impact dynamics of flexible structures, and numerical modeling of wedge-body interactions with water surfaces.

His work spans both theoretical and experimental approaches, leveraging computational tools like CFD to analyze hydroelastic behaviors and surface water dynamics. Recent studies include salinity effects on ice production and oblique slamming of asymmetric wedges. Izadi’s research contributes to advancements in understanding complex fluid-structure interactions with applications in maritime engineering and environmental mechanics.

His publications demonstrate expertise in numerical modeling, experimental validation, and analysis of dynamic water impact scenarios. While no specific awards or grants are mentioned, his doctoral studies and research engineer role indicate active engagement in academic and applied research.