Scope

Turbulence is a ubiquitous phenomenon; it is seen in our daily lives through its effects on the atmosphere, ocean, and even on the universe as a whole. It also plays an important role in environmental, geophysical, and space science and in engineering. Turbulence has been called the most difficult unsolved problem of classical physics. However, recent advances in experimental and observational techniques, as well as in computational power and numerical methods, have dramatically advanced our knowledge and understanding of turbulence.  

In this satellite workshop, to be held following the workshop on cloud turbulence, the latest progress in fundamental turbulence research at high Reynolds and high Rayleigh numbers will be presented and discussed by participants from the communities of fundamental turbulence physics and atmospheric and cloud physics. We hope that the exchange of views and questions from different communities will inspire new ideas and research directions.  

Speakers

• Bodenschatz, Eberhard (Max Planck Inst.)

• Ishihara, Takashi (Okayama Univ.)

• Schumacher, Jörg (TU Ilmenau)

• Gotoh, Toshiyuki (Nagoya Inst. Tech.)

• Tsuji, Yoshiyuki (Nagoya Univ.)

Program

Please click here for the WS program (latest version, Feb 13 2024)

Please click here for the WS program and abstract (latest  version, Feb 13 2024)

Venue

In-Person/Online Hybrid

Nagoya Institute of Technology (link to NITech campus map)

Build. No. 2B, 611B

Organizers

Gotoh, Toshiyuki

Watanabe, Takeshi

Naitoh, Takashi

Saito, Izumi

Department of Engineering, Graduate School of Engineering, Nagoya Institute of Technology

Tel: +81-(0)52-735-5377

Support

• Grant-in-Aid for Scientific Research (20H00225, 20H02066)

• HPCI (hp220054)

• JHPCN (jh230019)

• NIFS (NIFS22KISS002)

• NUCC (HPC2023)

• The Japan Society of Fluid Mechanics

• Center for Biomedical Physics and Information Technology