Our group aims to connect experimental fluid dynamics, data-driven fluid dynamics, and computational fluid dynamics to tackle world-class fluid dynamics research. By leveraging these three areas, we conduct advanced research in fluid measurement techniques (Advanced Measurement Team), innovative fluid control methods (Fluid Control Team), and fluid dynamics under complex phenomena and unique conditions (Fluid Dynamics Team). Rather than conducting research independently, each team collaborates organically, allowing us to approach our research from various perspectives.
・Advanced Measurement Group
The advanced measurement group is working on measurement techniques using super-resolution technology and functional molecular sensors (PSP, TSP, GLOF). We are trying to measure the flow around an aircraft, supersonic jets, and aerodynamic acoustic phenomena using the developed measurement techniques.
・Flow Control Group
The flow control group is working on fluid control technologies. Our work includes the realization of real-time feedback control using low-dimensional models, elucidating the control mechanisms of separated flows using DBD plasma actuators, and developing methods for optimizing sensor/actuator placement.
・Fluid Dynamics Group
We are a group conducting research on fluid dynamics under complex phenomena and unique flow conditions. Our work includes tackling fluid dynamics around Mars aircraft and elucidating and modeling phenomena in high-speed multiphase flows.