References
- Bojko J.: Development of US Navy (in Polish). Bandera. February 2004
- Kobyliński L.: Ship propellers (in Polish). Transport Publishing House (Wydawnictwa Komunikacyjne). Warszawa 1955
- Carlton J.S.: Marine Propellers and Propulsion. Butterworth Heineman
- Basin A.M., Miniowicz I.J.: Teoria i rasczet grebnych wintow (in Russian). Leningrad 1963
- Szantyr J.: Designing the controllable pitch propellers by means of electronic digital machine (in Polish). 3rd Symposium on Ship Hydrodynamics — Hydrodynamic problems of ship propulsion. IMP PAN. Gdańsk 1975
- Kulczyk J., Winter J.: Inland waterways transport (in Polish). Publishing House of Wrocław University of Technology (Oficyna Wydawnicza Politechniki Wrocławskiej). Wrocław 2003
- Więckiewicz W.: Changes of ship resistance in service versus performance of ship propeller (in Polish). 3rd Symposium on Ship Hydrodynamics — Hydrodynamic problems of ship propulsion. IMP PAN. Gdańsk 1975
- Basin A.M., Wjelednickij I.O., Ljakowickij A.G.: Gidrodinamika sudow na miełkowodie (in Russian). Izdatielstwo Sudostroienie. Leningrad 1976
- Żylicz A.: Inland waterways ships (in Polish). Maritime Publishing House (Wydawnictwo Morskie). Gdańsk 1979.
- Dudziak J.: Theory of ships (in Polish). Maritime Publishing House (Wydawnictwo Morskie). Gdańsk 1988
- Kuiper G.: The Wageningen propeller series. MARIN Publication. Netherlands 1992
- Rogalski A., Grygorowicz M.: Model test results of a tourist hotel passenger ship in deep and shallow water (in Polish). Research report No. 126/E/2004, Faculty of Ocean Engineering and Ship Technology, Gdańsk University of Technology, 2004
- Michalski J.P.: Mathematical model for selecting optimum parameters of propulsion system of inland waterways ships - approximation of experimental characteristics of hull resistance (in Polish). Research report No. 182/E/2005, Faculty of Ocean Engineering and Ship Technology, Gdańsk University of Technology, 2005
- Michalski J.P.: Calculation algorithms and DUCT_PROPELLER.VBA computer software for determining and visualizing hydrodynamic characteristics of KA screw propellers ducted in the Kort nozzle No 19A, intended for designing propulsion systems of inland waterways ships (in Polish). Research report No. 204/E/2005, Faculty of Ocean Engineering and Ship Technology, Gdańsk University of Technology, 2005
- Michalski J.P.: A method for designing optimum parameters of compromise screw propellers and service speed of inland waterways ships in restricted waters (in Polish). Research report No. 225/E/2005, Faculty of Ocean Engineering and Ship Technology, Gdańsk University of Technology, 2005