PhD Researcher: CFD Simulation of Large Engine Combustion | Doktorarbeit: CFD-Simulation der Verbrennung in vorkammergezündeten Großmotoren

Job Summary

This doctoral research position focuses on developing and validating a Computational Fluid Dynamics (CFD) simulation methodology specifically tailored for the combustion of regenerative, CO2-neutral fuels within large four-stroke engines utilized in marine and power plant applications. Day-to-day responsibilities include investigating necessary reaction kinetic models, comprehensively describing the combustion process, and identifying critical influencing parameters. A major component of the role involves validating the developed model regarding its accuracy, general applicability, and sensitivities, ultimately deriving optimization measures for subsequent experimental operations. The successful candidate will work closely with engine testing teams and external research and development partners. Applicants must hold a completed technical degree in fields such as Mechanical Engineering, Chemical Engineering, or Physics, and must meet all prerequisites for commencing doctoral studies. Essential skills include specialization in fluid mechanics and practical experience with CFD simulations, offering a unique opportunity to drive sustainable innovation within a company rooted in over 250 years of engineering tradition.