影本 浩 研究室 船舶 ｺｰｽ HOME へ
Welcome to the HOMEPAGE of Hiroshi KAGEMOTO
Name: Hiroshi Kagemoto
Date of Birth: March 7, 1954
Nationality: Japan
Family Status: married, (wife(Yuriko), two daughters(Sachiko, Yoko)
and a male dog(Hazuki))
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私は本学に平成２８年４月より着任しました。本学では学生と教員の距離が近いなと感じて
います。この近い距離は本学ならではの良さだと思います。
私は「研究」が大好きです。研究をやることが面白くて教員を続けていると言っても過言で
はありません。大学へ進学してくる皆さんにも研究の面白さを感じて欲しいと思っています。
それから大学生は高校までとは違い大学生は世間から「大人」とみられます。生活・学業とも
に自分で考えて行動や学習が必要になってきます。どうぞ「かっこいい大人の自分」という
大学生へ成長をして頂きたいと思っています。
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Professional Experience
1978-1989 Technical Officer of the Ocean Engineering Division
Ship Research Institute, Ministry of Transport
(1983-1984) Visiting Scientist of the Department of Ocean Engineering,
Massachusetts Institute of Technology, U.S.A.
(1987-1988) Technical Officer of the Research and Development Bureau,
Science & Technology Agency
1989-1992 Research Associate, Department of Naval Architecture and Ocean Engineering,
School of Engineering, University of Tokyo
1992-1998 Associate Professor, Department of Naval Architecture and Ocean Engineering,
School of Engineering, University of Tokyo
(1996-1997) Visiting Associate Professor, Department of Ocean Engineering,
Massachusetts Institute of Technology
1998-1999 Associate Professor, Department of Environmental and Ocean Engineering,
School of Engineering, University of Tokyo
1999-2014 Professor, Department of Environment Systems,
Graduate School of Frontier Sciences, University of Tokyo
2014-2016 Project Professor, Department of Ocean Technology, Policy and Environment,
Graduate School of Frontier Sciences, University of Tokyo
(2016.6-) Professor Emeritus of the University of Tokyo
2016- Professor, Nagasaki Institute of Applied Science
Selected Papers
(1)H.Kagemoto and Dick K.P.Yue
Interactions among multiple three-dimensional bodies in water waves:
an exact algebraic method,
Journal of Fluid Mechanics, Vol.166, 1986.
(2)H.Kagemoto and Dick K.P.Yue
Wave forces on a platform supported on a large number of floating legs,
Proc. 5th Intl. Symp. on Offshore Mechanics and Arctic Engineering, 1986.
(3)H.Kagemoto and Dick K.P.Yue
Wave induced motions of multiple floating bodies,
Journal of the Society of Naval Arch. of Japan, Vol.161,152-158, 1987.
(4)H.Kagemoto
Minimization of wave forces on an array of floating
bodies - The inverse hydrodynamic interaction theory -,
Applied Ocean Research, 14, 1992.
(5)H.Kagemoto and Dick K.P.Yue
Hydrodynamic interaction analyses of very large floating structures,
Journal of Marine Structures, Vol.6, Nos.2&3, 1993.
(6)H.Kagemoto and Dick K.P.Yue
Hydroelastic analyses of a structure supported on a very large
number of floating bodies,
in Hydroelasticity in Marine Technology (eds. O. Faltinsen, et al.), 417-431, 1994.
(7)H.Kagemoto, M.Fujino and T.Zhu
On the estimation method of hydrodynamic forces acting on a very
large floating structure,
Applied Ocean Research, Vol.19, No.1, 49-60,1997.
(8)H.Kagemoto, Dick.K.P.Yue and Michael Triantafyllou
Optimization of a fish-like swimming body,
50th Annual Meeting of the Division of
Fluid Dynamics in the American Physical Society, 1997.
(9)H.Kagemoto, M.Fujino and M.Murai
Theoretical and experimental predictions of the hydroelastic
response of a very large floating structure in waves,
Applied Ocean Research, Vol.20, No.3, 135-144, 1998.
(10)T.Zhu, H.Kagemoto and M.Fujino
On the estimation method of hydrodynamic forces acting on a very
large floating structure(Part 2),
Applied Ocean Research, Vol.21, No.2, 53-67, 1999.
(11)H.Kagemoto, M.Murai, M.Fujino, T.Kato and Y.Kondo
Experiments of a very large floating structure in a very small water tank,
Proc. 3rd International Workshop on Very Large Floating Structures,
Vol.II, 555-561, Honolulu, 1999.
(12)T.Kinoshita, H.Kagemoto and M.Fujino
A CFD application to wave-induced floating-body dynamics,
7th International Conference on Numerical Ship Hydrodynamics, 1999.
(13)M.Murai, H.Kagemoto and M.Fujino
On the hydroelastic responses of a very large floating structure in waves,
Journal of Marine Science and Technology, Vol.4, No.3, 1999.
(14)H.Kagemoto, M.J.Wolfgang, D.K.P.Yue and M.S.Triantafyllou
Force and power estimation in fish-like locomotion using a vortex-lattice method,
Journal of Fluids Engineering, Vol.122, No.2, June 2000.
(15)H.Kagemoto, M.Murai, M.Saito, B.Molin and S.Malenica
Experimental and theoretical analysis of the wave decay
along a long array of vertical cylinders,
Journal of Fluid Mechanics, Vol.456, 113-135, 2002.
(16)H.Kagemoto
Drift force on a bottom-mounted slightly porous vertical cylinders fixed in
regular waves,
Journal of Marine Science and Technology, Vol.7, No.3, 128-136, 2003.
(17)H.Kagemoto, M.Murai and M.Kashiwagi
Can a single floating body be expressed as the sum of two bodies?,
Journal of Engineering Mathematics, Vol.68, No.2, 153-164, 2010.
(18)H.Kagemoto
Revisiting the complete wave transmission and reflection due to an array
of 2-D surface-piercing truncated vertical plates fixed in regular incident waves,
Ocean Engineering, Vol.38, Issues 8-9, 976-982, 2011.
(19)H.Kagemoto
Why do fish have a 'fish-like geometry'?,
Journal of Fluids Engineering, 136(1), 011106-1-011106-7, 2014.
(20)H.Kagemoto, M.Murai and T.Fujii
Second-order resonance among an array of two rows of vertical circular cylinders,
Applied Ocean Research, 47, 192-198, 2014.
(21)H.Kagemoto
Revisiting the complete wave transmission and reflection due to an array
of 2-D surface-piercing truncated vertical plates fixed in regular incident waves (Part 2),
Ocean Engineering, Vol.108, 173-180, 2015.
(22)C.Anagnostopoulou, H.Kagemoto, K.Sao and A.Mizuno
Concept design and dynamic analyses of a floating vertical-axis wind turbine: case study
of power supply to offshore Greek islands,
Journal of Ocean Engineering and Marine Energy, 2(1), 85-104, DOI: 10.1007/s40722-015-0034-2, 2015.
(23)H.Kagemoto
Revisiting the complete wave transmission and reflection due to an array
of 2-D surface-piercing truncated vertical plates fixed in regular incident waves (Part 3),
Ocean Engineering, Vol.169, 292-299, 2018.
(24)H.Kagemoto
Forecasting a water-surface wave train with artificial intelligence - A case study -,
Ocean Engineering, Vol.207, 2020.
(25)H.Kagemoto
Forecasting a water-surface wave train with artificial intelligence (Part 2),
- Can the occurrence of freak waves be predicted with AI? -,
Ocean Engineering, Vol.252, 2022.
Address
Hiroshi Kagemoto
Department of Naval Architecture
Nagasaki Institute of Applied Science
536 Aba-machi, Nagasaki-city 851-0193, JAPAN
phone:+81-95-838-5164
fax:+81-95-838-3548
KAGEMOTO_Hiroshi@NiAS.ac.jp
