Our laboratory welcomes collaborative research. We are open to technical consultations and visits at any time, so please feel free to contact Prof. Nonomura (taku.nonomura[at_mk]mae.nagoya-u.ac.jp) or Prof. Nagata (takayuki.nagata[at_mk]mae.nagoya-u.ac.jp).
Our laboratory conducts research on visualization measurement techniques to capture air flow, fluid control techniques to control air flow, and numerical simulations of turbulence. We aim to pioneer academic research in fluid dynamics and solve engineering challenges. Additionally, through a data-driven scientific approach, we extract key information from vast amounts of experimental data and develop analysis techniques to restore necessary information from noisy data or data with limited time and spatial resolution. We are challenging areas that cannot be reached with traditional experimental measurement techniques alone. Please feel free to contact us.
Past and Current Collaborative Research Themes
- Development of visualization measurement techniques using functional molecular sensors such as pressure-sensitive paints and temperature-sensitive paints.
- Utilization of fluid control devices such as plasma actuators.
- Construction of a real-time feedback fluid control framework using low-dimensional modeling of flow fields and sparse observations.
- Wind tunnel testing techniques that create airflow conditions unattainable with conventional wind tunnels, such as magnetic suspension and balance systems and low-density wind tunnels.
- Research on new measurement and analysis techniques using linear low-dimensional models and sparse observations (spatiotemporal super-resolution measurement of extreme flows).