Global Collaborative Research and Education Center for Integrated Flow Science (IFS-GCORE)
| Field distinction | Professor / Associate Professor / Assistant professor |
|---|---|
| Green Nanotechnology Laboratory | Professor : Kazuhiko Endo Specially Appointed Assistant Professor : Daisuke Ohori |
| High Speed Reacting Flow Laboratory | Concurrent Professor : Hideaki Kobayashi Associate Professor : Akihiro Hayakawa Specially Appointed Assistant Professor : XIA YU |
| Energy Resources Geomechanics Laboratory | Professor : Takatoshi Ito Assistant Professor : Yusuke Mukuhira Specially Appointed Assistant Professor : Bailong LIU |
| Energy Dynamics Laboratory | Professor : Kaoru Maruta Associate Professor : Hisashi Nakamura Assistant Professor : Youhi Morii |
| Multiphase Flow Energy Laboratory | Professor : Jun Ishimoto Assistant Professor : Ippei Oshima |
| Multi-Physics Design Laboratory | Concurrent Professor : Shigeru Obayashi Concurrent Professor : Tomonaga Okabe Assistant Professor : Yoshiaki Abe |
| Mechanical Systems Evaluation Laboratory | Professor : Tetsuya Uchimoto Assistant Professor : Sho Takeda |
| Advanced Materials and Fluids Design Laboratory | Associate Professor : Kaori Yuse Associate Professor : Joly-Pottuz Lucile Associate Professor : Frindel Carole Specially Appointed Professor : Jean-Yves Cavaille |
| Flow Dynamics Laboratory | Concurrent Professor : Makoto Ohta Concurrent Professor : Atsuki Komiya Concurrent Professor : Hidemasa Takana Concurrent Assistant Professor : Aiko Yakeno |
| Novel Battery Nanoscale Flow Concurrent Laboratory | Concurrent Professor : Takashi Tokumasu |
| Integrated Flow Science and Technology Laboratory | (Visiting Professor) |
| Advanced Integrated Flow Science Laboratory | (Foreign Visiting Professor) |
■ Advanced green nanodevices based on atomic layer control processes
■ Combustion phenomena in aerospace propulsion systems and energy apparatuses
■ Development of greater depth subsurface system for the resolution of environmental and energy issues
■ Development of advanced combustion technologies and reaction models for future carbon-free fuels
■ Development of integrated multiscale multiphase flow energy system
■ Theory and algorithm development for computational analysis of multiphysics problems in aeroscience
■ Theoretical design of innovative batteries based on the analysis and control of nanoscale flow
■ Integrated flow science and technology to contribute to the solution of societal issues (Visitting Professor)
■ Advanced integrated flow science (Foreign Visitting Professor)
※The homepage of the Innovative Energy Research Center is moved to the “Program” in the “Archive” page.
