Professor Hassan Ghassemi’s research focuses primarily on maritime and ocean engineering, with key areas of interest in wave energy converters (WECs), energy-saving devices (ESDs), marine propulsion systems, and ship seakeeping. His work on renewable ocean energy is highly regarded, particularly his studies on the design and optimization of WECs, which aim to harness wave energy for sustainable power generation. He has also contributed to the development of energy-saving technologies for marine vessels, enhancing their fuel efficiency and environmental sustainability. Additionally, Professor Ghassemi has conducted extensive research on marine propulsion, including the design of ship propellers and optimization of ship transportation routes. His expertise extends to the study of ship accidents and their prevention, along with the analysis of dynamic motions in semi-submersible floating wind turbines. His ongoing projects continue to explore innovative solutions for sustainable marine transportation, energy efficiency, and renewable energy systems.

Skills

Professor Hassan Ghassemi possesses a diverse set of skills in maritime engineering, ocean engineering, and renewable energy. His expertise in marine propulsion systems allows him to design efficient ship propellers and optimize fuel consumption in marine vessels. He is highly skilled in computational fluid dynamics (CFD), boundary element methods (BEM), and advanced hydrodynamics, which enable him to conduct detailed analyses of fluid flow around marine structures. His research in renewable energy technologies, particularly wave energy converters (WECs), showcases his strong understanding of ocean energy systems. Professor Ghassemi also excels in vibration control, ship stability, and seakeeping analysis, vital for enhancing ship performance and safety. His ability to manage and lead multi-disciplinary research teams, as well as supervise students at various academic levels, further reflects his leadership skills. Additionally, his extensive publication record and contributions to journal editorial boards highlight his proficiency in academic writing and peer review processes.