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Ph.D. theses supervised

1. Ting-Yao Zhu: On the estimation method of hydrodynamic forces acting on a very large floating structure, 1997.
2. M. Murai: On the estimation method of the hydroelastic responses of a very large floating structure in waves, 1999.
3. T. Kinoshita: CFD application to wave-induced floating-body dynamics, 1999.
4. R. Miyake: On the motions and loads acting on a ship advancing in large waves, 2001.

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International activities

1. Collaboration with Professors Dick K.P. Yue and Michael S. Triantafyllou of the Department of Ocean Engineering, MIT, since 1983. 
2. Collaboration with Professor Bernard Molin, Ecole Superieure d’Ingenieurs de Marseille in 2001. Published one paper in Journal of Fluid Mechanics
3. Executive Committee member of OMAE 1986 and OMAE 1997. (OMAE: International Conference on Offshore Mechanics and Arctic Engineering)
4. Secretariat of MARIENV 1995. (MARIENV: International Conference on Technologies for Marine Environment Preservation)
5. Visiting Associate Professor at the Department of Ocean Engineering, Massachusetts Institute of Technology, U.S.A., March 1996 – January 1997. 
6. International Organizing/Advisory Committee member of VLFS 1999. (VLFS: International Workshop on Very Large Floating Structures)
7. Chairman of the Organizing Committee of VLFS 2003.
8. Representative of Asia-Pacific Region in the Loads & Responses Committee, ITTC(International Towing Tank Conference), 2000-2002.
9. Chairman of the Seakeeping Committee, ITTC, 2002-
10. Chairman of the Steering Committee of World NAOE Forum 2013 & International Symposium on Marine Renewable Energy, 2013

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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
   Minimization of wave forces on an array of floating bodies – The inverse hydrodynamic interaction　theory -,
   Applied Ocean Research, 14, 1992.
3. 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.
4. 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.
5. 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.
6. 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.
7. H.Kagemoto
   Design of an artificial fish,
   Department of Ocean Engineering Technical Report, Massachusetts Institute of Technology, Cambridge, MA, 1997.
8. 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.
9. 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.
10. T.Kinoshita, H.Kagemoto and M.Fujino
    A CFD application to wave-induced floating-body dynamics,
    7th International Conference on Numerical Ship Hydrodynamics, 1999.
11. 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.
12. R.Miyake, T.Kinoshita, H.Kagemoto and T. Zhu
    Ship motions and loads in large waves
    Proc. 23rd Symposium on Naval Hydrodynamics, 2000.
13. 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,
    Trans. ASME, Journal of Fluids Engineering, Vol.122, No.2, June 2000.
14. A. Kosugi, R. Ogata, H. Kagemoto, Y. Akutsu and T. Kinoshita
    A feasibility study on a floating wind farm off Japan coast
    Proc. the 12th International Offshore and Polar Engineering
    Conference, Vol.1, 499-504, 2002.
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, 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.
26. H. Kagemoto
    Possible application of quantum computing in the field of ocean engineering: optimization of an offshore wind farm layout with the Ising model, Journal of Ocean Engineering and Marine Energy, https://doi.org/10.1007/s40722-024-00345-x, 2024.

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Experience of Journal Referees

• Journal of Fluid Mechanics
• Journal of Fluids Engineering
• AIAA Journal
• Acta Mechanica
• Applied Ocean Research
• Ocean Engineering
• Journal of Marine Structures,
• Journal of Offshore and Polar Engineering
• Structural Engineering and Mechanics
• Journal of Visualization,
• Journal of Marine Science and Technology
• Journal of Marine Science and Engineering
• Frontiers of Engineering Mechanics Research
• IEEE Journal of Oceanic Engineering
• Journal of Fluids and Structures

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Editors

Deputy Editor of Journal of Marine Science and Technology

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Honors

• Visiting Associate Professor of Massachusetts Institute of Technology, March 1996 – January 1997.
• Best Paper Award of SNAJ (The Society of Naval Architects of Japan), May 1999.
• Person of Merit, The Society of Naval Architects and Ocean Engineers of Japan, May 2009.
• Distinct Research Work presented at the annual meeting of the Japan Society of Fluid Mechanics, 2010
• Best Paper Award (with 3 other co-authors), The Mining and Materials Processing Institute of Japan, 2011

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