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hirabayashi @proms.k.u-tokyo.ac.jp

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1980 Born in Nagoya, Japan
1996-1999 Tokai High School (Nagoya)
1999-2003 Department of System Innovation, Faculty of Engineering, University of Tokyo
2003-2005 Department of Environmental and Ocean Engineering, Graduate School of Engineering, University of Tokyo
2005- Environmental Studies, Postgraduate School of Frontier Science, University of Tokyo

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‚P.Dissertation

Hirabayashi, S.: Design of channel of stratified and circulating water and numerical and experimental study on stratified mixing layers. Bachelor thesis at University of Tokyo, 2001 (in Japanese).

Hirabayashi, S.: Reproduction method of unsteady small-scale eddy field in the ocean. Master thesis at University of Tokyo, 2003.

2.Paper

Hirabayashi, S. and T. Sato: Numerical reproduction of unsteady small-scale eddy field in the deep ocean. Submitted to J. Geophys. Res.

3.Proceedings

Hirabayashi, S., and T. Sato: Reproduction method of unsteady small-scale eddy field in the deep ocean. Proc. Spring Meeting, Soc. Naval Archit. Japan, Yokohama, 2005.

Hirabayashi, S., and T. Sato: Numerical reproduction of unsteady small-scale eddy structures in the deep ocean. Proc. OCEANS Europef05, Brest, 2005.

Hirabayashi, S., and T. Sato: Estimation of vertical diffusivity in the deep ocean by using reproduction method of small-scale unsteady eddy field. Proc. Autumn Meeting, Japan Oceanogr. Soc., Sendai, 2005 (in Japanese).

Hirabayashi, S., and T. Sato: Reproduction of small-scale eddy field in the deep ocean by multi-point simultaneous measurement. Proc. Annu. Meeting of Visualization Soc. Japan, Niigata, 2005 (in Japanese).

Hirabayashi, S., and T. Sato: Vertical mixing enhanced by artificial mound in the shallow ocean. Proc. OCEANSf06, Singapore, 2006.

Hirabayashi, S., and T. Sato: Numerical simulation of small-scale turbulent diffusion for injected CO2 in the deep ocean. Proc. 25th Int. Conf. on Offshore Mech. and Arctic Eng., Hamburg, 2006.

4.Poster

Hirabayashi, S.: Reconstruction method of unsteady eddy field in the ocean. Autumn Meeting, Soc. Naval Archit. Japan, Tokyo (in Japanese). First Prize