HINATSU, Munehiko

2006.04.01 Japanese

Official Title
Leader, Fluid Control Research Group, Fluids Engineering Department
National Maritime Research Institute


Research Field
CFD, Ship propulsion, Ship resistance


Personal History
1956 Born at Izumisano-city, Osaka Pref.
1980 Graduate at Graduate school of Osaka University
1980 Ship Research Institute
1989-1990 Stay at Stanford University as a Visiting Scholar


Research Publications
Title Journal Published
Numerical Computation of Unsteady Incompressible Flow in Complex Geometry Usinga Composite Multigrid Technique Int. Jour.for Num. Methods in Fluids, Vol. 13 1990
Numerical Simulation of Unsteady Viscous Nonlinear Waves Using Moving Grid System Fitted on a Free Surface Jour. Kansai Soc. N. A. Japan, Vol 217 1992
Numerical Simulation of Flow around Ship Hull with Rudder in Self Propulsion Condition Trans. West-Japan Soc. N.A. No.90 1995
LES of Turbulent Channel Flow using Dynamic SGS Model Jour. Kansai Soc. N. A. Japan, Vol 226 1996
Evaluation of Ship Propulsive Performance in Actual Seas Based on Analyses of Full-Scale Data Jour. Kansai Soc. N. A. Japan, Vol 233 2000
Numerical Simulation of Unseady Flows around Ship Running with Forced Motion Proc. 4‚”‚ˆ International Conference of Hydrodynamics 2000.3
Numerical Simulation for Investigation of Dependency of Ship Motion on Ship Wake Proc. 4‚”‚ˆ Osaka Colloquium on Seakeeping Performance of Ships 2000.10
Experiments of Two-Phase Flows for the Joint Research Proc. SRI-TUHH mini-Workshop on Numerical Simulation of Two-Phase Flows 2001.2
Computation of Viscous Flows around a Wigley Hull Running in Incident Waves by use of Unstructured Grid Method ISOPE2002 2002.5
Numerical Investigation of Influence of Surging Motion on Viscous Flows Around a Wigley Hull Running in Incident Waves ASME@meeting 2002.7
Study on Estimation of Original Location of Water Sampled through Inlet Set on Volunteer Observing Ship Journal of Advanced Marine Science and Technology@@Society Vol.9, No.1 2004.2
Fourier NUBS Method to Express Ship Hull Form Journal of Marine Science and Technology@Vol.9, No.1@ 2004.5


Address
Fluid Control Research Group
Fluids Engineering Department
National Maritime Research Institute
Shinkawa 6-38-1, Mitaka, Tokyo, JAPAN
Tel. +‚W‚P[‚S‚Q‚Q|‚S‚P|‚R‚O‚U‚R
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Email: ‚ˆ‚‰‚Ž‚‚”‚“‚•—‚Ž‚‚’‚‰D‚‡‚D‚Š‚



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