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Practical Weather Routing of Sail-assisted Motor Vessels

Published online by Cambridge University Press:  21 October 2009

Extract

This paper reports on a study conducted during the academic year 1985–6 by Assistant Professor H. Hagiwara of the University of Mercantile Marine in Tokyo and Professor J. A. Spaans of Delft University of Technology.

Type
Research Article
Copyright
Copyright © The Royal Institute of Navigation 1987

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References

REFERENCES

1RINA. (1980). Symposium on Wind Propulsion of Commercial Ships, 1980, London, Royal Institution of Naval Architects.Google Scholar
2University of Southampton (1985). International Symposium on Windship Technology. Southampton. Department of Ship Science.Google Scholar
3Faulkner, F. D. (1964). Numerical methods for determining optimum ship routes, J. U.S. Inst. Navig. 10, No 4.Google Scholar
4De Wit, C. (1974). Progress and developments of ocean weather routing, Report No. 201 S. Netherlands Ship Research Center TNO.Google Scholar
5Bijlsma, S. J. (1975). On minimal-time ship routing, Report No. 94, Royal Netherlands Meteorological Institute.Google Scholar
6Hagiwara, H. (1983; 1985). A study on the minimum fuel consumption route I, II (in Japanese). J. Japan Inst. Navig. 69; 72.Google Scholar
7Frankel, E. G. and Chen, H. T. (1980). Optimization of ship routing, Report NMRC-KP-189, U.S. National Maritime Research Center.Google Scholar
8Hagiwara, H. and Makishima, T. (1980). A study on the optimum ship routes (in Japanese), J. Japan Inst. Navig. 62.Google Scholar
9James, R. W. (1957). Application of Wave Forecasts to Marine Navigation, U.S. ‘Naval Oceanographic Office, SP-1.Google Scholar
10Hagiwara, H., Shoji, K. and Sugisaki, A. M. (1981). On the operation of hybrid power (sails and engines) driven ship I — A method of selecting the optimum route of sailing ship (in Japanese), J. Japan Inst. Navig. 64.Google Scholar
11Journee, J. M. J. (1984). Report on the development of an on-board energy saving device (in Dutch), Report No. 606, Delft Shiphydromechanics Laboratory, Delft University of Technology.Google Scholar
12Isherwood, R. M. (1973). Wind resistance of merchant ships. Trans. R.I.N.A. 115.Google Scholar
13Skogman, A. (1985). The practical meaning of lateral balance for a sail-assisted research vessel, International Symposium of Windship Technology.CrossRefGoogle Scholar