Our research focuses on significant oscillations caused by combustion instability, which are viewed as flow-induced vibration phenomena. To investigate these complex mechanisms, we experimentally measure frequency shifts in hydrogen co-firing processes and develop advanced mathematical models.
Our Mission: To pave the way for a carbon-neutral world by pioneering stable and highly efficient hydrogen gas turbine technologies.
Our Approach: Fusing state-of-the-art experimental insights with predictive math/AI modelling to solve critical engineering challenges.
Our Network: Actively collaborating with various universities and industrial partners to bridge the gap between academic research and real-world applications.