Waterjet propulsion of small-draught inland waterways ships

• Autorzy: Domachowski Z. , Próchnicki W.
• Języki publikacji: EN

Abstrakty

EN

This paper presents some aspects of ship waterjet propulsion. Advantages and limitations of its applicability are discussed. Also, possible use of waterjet propeller to move a small-draught inland waterways ship, is considered .

Słowa kluczowe

EN

ship propulsion; hydromechanics

• Wydawca: Gdańsk University of Technology, Faculty of Ocean Engineering & Ship Technology
• Czasopismo: Polish Maritime Research
• Rocznik: 2006
• Tom: S 2
• Strony: 66--71
• Opis fizyczny: Bibliogr. 15 poz., rys.

Twórcy

autor

Domachowski Z.

autor

Próchnicki W.

• Gdańsk University of Technology

Bibliografia

• 1. Allison J.: Waterjet Selection and Performance at Model and Full-Scale for the Advanced Material Transporter (AMT), for U.S. Navy, 1991
• 2. Blount D.L., Grossi L., Lauro G.: Sea Trials and Model Ship Correlation Analysis of the High Speed Gas Turbine Vessel „Destriero”. FAST’91, Trondheim. June, 1991
• 3. Centkowski J.: Resarch & design problems of waterjet propellers (in Polish). 3rd Symposium of Ship Hydromechanics. Gdańsk, 1975
• 4. Domachowski Z., Próchnicki W.: Advantages of Waterjet Ship Propulsion in Inland Waterway Transport. Proc. of 3rd International Conference on Maritime Transport. Maritime and Inland Waterway Transport and Maritime History, Barcelona, May, 2006
• 5. Forde M., et al.: Computational Fluid Dynamics Applied to High Speed Craft with Special Attention to Water Intake for Waterjets. FAST’91, Trondheim. June, 1991
• 6. Lewis J.W.: Calm Water Performance Trials on the 160 ft SES- 200 with Diesel Driven Waterjets. NSCSES Report No. 60-248, June, 1991
• 7. Łazarkiewicz S., Troskolański A.: Impeller pumps (in Polish). Scientific Technical Publishing House (WNT). Warszawa, 1968
• 8. Mavlyudov M.A.: Waterjets of Dynamically-Supported Ships (DSS) – Some Problems and Methods of Solution. Krylov Shipbuilding Research Institute, St.Petersburg, Russian Federation, Personal Communication. June, 1993
• 9. Mununga L., Huntsman I.: Water intertake flow improvement using boundary layer blowing and vortex generators. IPENZ Transactions, 1999, vol.26, No.1/EMCh.
• 10. Próchnicki W.: A proposal of ship gas-turbine driven waterjet propulsion – preliminary considerations. Polish Maritime Research, S, 2004
• 11. Stricker J.G., Becnel A.J., Purnell J.G.: Advanced Waterjet Systems. ASNE Small Boats Symposium. May, 1993
• 12. Svensson R.: A Description of the Waterjets Selected for „Destriero”. FAST’91, Trondheim, June, 1991
• 13. Troskolański A.T.: Hydromechanics (in Polish). Scientific Technical Publishing House (WNT). Warszawa, 1969
• 14. Van Terwisga T.: On the Prediction of the Powering Characteristics of Hull-Waterjet Systems. Marin Jubilee, Wageningen, May, 1992
• 15. Naval Architecture, November, 2001