References
- Simonsen D. C.: Rudder Propeller and Hull Interaction by RANS. Doctoral thesis, Technical University of Denmark, Lyngby 2000
- Bertram V., Heinemann B., House L.: Practical Ship Hydrodynamics. Jordan Hill Oxford OX2 8DP, 2000
- El Moctar O. M. El., Bertram V.: Selected Topics of CFD for Ship Manoeuvring. INSEAN/Rome, 14-18 May 2001
- Natarajan S.: Computational Modeling of Rudder Cavitation and Propeller/Rudder Interaction. The University of Texas at Austin, August 2003
- Schneekluth H., Bertram V.: Ship Design for Efficiency and Economy. Butterworth Heinemann, Oxford 2004
- Kobyliński L.: Ship propellers (in Polish). Wydawnictwo Komunikacyjne (Transportation publishers), Warsaw 1955
- Koronowicz T., Waberska G., Krzemianowska Z.: Influence of rudder on velocity field in waterstream behind the hull (in Polish). Institute of Fluid Flow Machinery, Polish Academy of Sciences, Publ. No. 4493/4, Gdańsk 2004
- Syrocki W.: Ship B 573 - Results of the Model Tests (in Polish). Ship Design and Research Centre, Technical Report No. RH-96/T-023A, Gdańsk 1995
- Syrocki W.: Ship B 573 - Final Design of Propeller (in Polish). Ship Design and Research Centre, Technical Report No.RH-95/T-115A, Gdańsk 1995
- Abramowski T., Żelazny K., Szelangiewicz T.: Numerical analysis of influence of ship hull modification on resistance and propulsion characteristics, Part III: Influence of the modification on screw propeller efficiency. To be published in PMR No 1/2010
- Abramowski T., Szelangiewicz T.: Numerical analysis of selected elements on effectiveness of streamline rudder. To be published in PMR No 1/2010
- Szelangiewicz T.: Numerical investigations of rudder/propeller/ship stern interaction aimed at improving transport ship's propulsion and manoeuvrability qualities (in Polish). Final report of the R&D project No. R 10 008 01, Szczecin 2009.