This PhD position at the University of Southampton focuses on tackling extreme high-temperature reactive flows and multiphysics challenges using advanced computational fluid dynamics (CFD) techniques. The research centers on methane pyrolysis, a disruptive process for producing low-cost, sustainable hydrogen and valuable carbon black. The project aims to develop and apply cutting-edge CFD models to understand and optimize the pyrolysis process, addressing key scientific and engineering challenges in high-temperature reactive environments.

The successful candidate will join a dynamic research team under the supervision of Dr Nader Karimi, Dr Temistocle Grenga, and Dr Mahmood Mousavi, working at the intersection of chemical engineering, mechanical engineering, and environmental science. The project offers the opportunity to contribute to the development of sustainable energy technologies and gain expertise in advanced simulation methods. Funding details and specific entry requirements are not provided in the current description. Interested applicants are encouraged to contact the supervisors or visit the University of Southampton's website for further information.