日本財団図書館（電子図書館）　平成１４年度実施計画調書（仮訳）

33. Tokai University School of Marine Science and Technology Department of Marine Design and Engineering

Research Project	Period		Researcher(s)	Overview
Research Project	Plan	2002	Researcher(s)	Overview
1. Research on mooring of tension leg type large semi-submersible platforms	2	1	K. Yoshida	Develops an analytical calculation program for the mooring of tension leg type large semi- submersible platforms designed under severe sea conditions.
2. Development of mechanical joints on floating structures	2	2	K.Yoshida	Investigates the development of mechanical joints separating or connecting blocks of floating structures.
3. Research on method of concept creation	2	1	K.Yoshida	Based on the need to create ideas for the future of Japanese society, investigates new scientific methods to create concepts of hard and soft ware.
4. Research on design of tank of oil tankers considering exchange of ballast water	2	2	N. Miyakawa	It was concluded in the first-year experiments that the capacity of the ballast tank must increase the capacity of cargo oil tanks by about 5% and the size of the ballast tank must be divided into two with the increase in number. This year, investigation is continued on 40-150 thousand ton tankers.
5. Investigation of fatigue strength of metallic materials	4	4	H. Morihana	Investigates strength of structural materials especially concerning the mean stress effect on materials.
6. Research on structure of shells under pressure	5	5	H. Morihana	Investigates the strength of various mode shells under pressure.
7. Research on high efficiency propulsion system	3	1	A.Yagi	Investigates new propeller and rudder systems.
8. Research on technology utilizing wind energy	3	1	A.Yagi	Investigates auxiliary propulsion system for large ships using wind power.
9. Research on inducting control of autonomous type under water robots equipped with pectoral fin type actuators	2	1	N. Katoh	Investigates inducting control on under water robots imitating living things by applying visual information.
10. Research on high efficiency navigation of under water robots imitating living things	3	2	N. Katoh	Investigates under water robots equipped with pectoral fin type actuators from the perspective of hydrodynamic and engineering control.
11. Research on environment monitoring system in shallow water using autonomous under water robots	2	2	N. Katoh	Investigates hydrodynamic and engineering control of autonomous type underwater robots operating in shallow water and monitors the environment.
12. Research on propulsion using wave energy	3	3	Y. Terao	Investigates new system converting wave energy to propulsive energy.
13. Research on surfing	2	2	Y. Terao	Investigates the hydrodynamics of surfing.
14. Research on numerical hydrodynamics applied DSP	2	2	Y. Terao	Investigates CFD using DSP.
15. Research on wave load applied to floating structures in the ocean	2	2	T. Sunahara	Investigates wave load applied to semi submersible type floating structures.
16. Development of simulation software on ship motion	2	1	T. Sunahara	Develops a software to indicate theoretical or experimental results on ship motion in three dimensional CG animation.
17. Development of hydrofoils operated by electric drive radio control	2	1	T. Sunahara	Investigates full immersion type hydrofoils operated by small electric radio control.
18. Development of investigation system of coastal environment	2	1	K. Watanabe	To improve coastal environment conditions, investigates cheaper and easier to handle investigation platforms.

34. Nagasaki Institute of Applied Science Department of Naval Architecture

Research Project	Period		Researcher(s)	Overview
Research Project	Plan	2002	Researcher(s)	Overview
1. Research on improving environment of coating composite materials	5	3	T. Ishida	Investigates protection method for corrosion and pollution on welding materials.
2. Research on improving environmental properties	5	4	T. Ishida	Investigates method to remove pollution by beam catalyst and non-beam catalyst in the ocean and living environment.
3. Research on optimum mooring design of huge floating structures	3	3	K. Ikegami	Evaluates the effects of rolling of low frequency, investigates the mooring design of huge floating structures.
4. Feasibility study of wind power generation system on floating structures	3	3	K. Ikegami	Investigates the possibility of practical use of generation system on floating structures in the ocean.
5. Research on safety devices to prevent capsizing of small boats	3	3	C.I. Shin	Investigates safety devices to avoid the capsizing of ships and ensure the safety of ships.
6. Development of ships operated for traveling insurance and welfare services in isolated islands	4	3	C.I. Shin	To prepare insurance and welfare services in isolated islands where population is decreasing and many elderly people live, develops a new patrol boat.
7. Research on withdrawal devices of flow out oil in sea and collection efficiency of collecting ships by shape	5	5	C.I. Shin Y. Yakiwama	Based on investigations conducted to date on withdrawal devices for flow out oil in the sea, investigates design of actual ship particularly regarding efficiency of withdrawal and shape of floating structure.
8. Research on longitudinal ship strength considering warping of ship sections	4	4	M. Nose	Investigates theories of longitudinal ship strength particularly considering the effect of deformation of the transverse section of ships.
9. Research on application of theory on longitudinal ship strength considering warping of ship's transverse section	5	4	M. Nose	Develops a practical system of longitudinal ship strength of ships based on the VB-Warps system, which has a given strength response of the hollow beam of the variable section considering the effect of the deformation of the ship's section.
10. Research on the effect of warping of the transverse section on longitudinal ship strength	5	5	M. Nose	Based on the VB-Warps system, investigates the effective steel arrangement to decrease the effect of longitudinal bulkhead on the design of middle class DHT, DH type VLCC and bulk carriers.
11. Research on the design of high-speed hydrofoil driven by man power	4	4	M. Nose	Investigates the design and production of high-speed hydrofoil driven by man power to decrease ship weight using composite materials.
12. Research on improving wave resistance test methods of ships by posture control system	3	3	S. Hayashida	Investigates wave resistance test of high-speed boats by the posture control method to improve efficiency and accuracy of the tests.
13. Research on estimation of wave resistance on high-speed vessels	3	3	S. Hayashida	Investigates scale effects of wave resistance of high-speed boats and develops methods to precisely estimate the wave resistance of actual ships using experimental results of a model ship.
14. Research on optimum sailing of solar boats	2	2	S. Hayashida	Investigates most effective sailing method of solar boats in all weathers.
15. Research on practicability of WIG	4	2	K. Nakao	Evaluates practicability of WIG on model ship running between NAGASAKI and China and investigates the various problems requiring improvement.
16. Research on practicability of SES	4	2	K. Nakao	Investigates design of 30kt ship made of steel by applying special characteristics of SES.
17. Research on capability of solar SES	4	2	K. Nakao	Applying SES design, manufactures trial solar boat driven by man power and investigates her performance.
18. Research on engine arrangement of small pleasure boats	4	2	K. Nakao	From the environmental perspective, investigates a pleasure boat applied fuel battery as the main engine.
19. Analysis of effect of water surface on WIG applying the Green function on vortex in air	5	4	T. Hori	Theoretically analyzes the effect of free water surface on WIG. Until last year, the development of analytical methods on vortex in air was completed using the Green function of wave making. This year, investigates extension to three dimension of the analysis and completion of the Green function of wave making.