A method for the accurate numerical prediction of the tip vortices shed from hydofoils

Dymarski P., Szantyr J., Flaszyński P., Kraskowski M., Biernacki R.: Modelling of Tip Vortex Behind a Blade Using Different Turbulence Models and Different RANSE Solvers. Comparison with LDA Measurements, Proc. of the 11th Numerical Towing Tank Symposium, Brest, France, September 8-10 2008Search in Google Scholar

Flaszyński P., Szantyr J., Dymarski P., Krasowski M.: Numerical Prediction of Vortex Generated by a Hydrofoil, Proc. of the International Symposium on Marine Propulsors, Trondheim, Norway, June 22-24, 2009Search in Google Scholar

Flaszyński P., Szantyr J., Biernacki R., Dymarski P., Kraskowski M,: An Experimental and Numerical Study of the Vortices Generated by Hydrofoils, Polish Maritime Research Vol. 16, No. 4 (63), 200910.2478/v10012-008-0027-3Search in Google Scholar

CTO S. A. Report No. RH-2008/T-133 Results of measurements of the velocity field in the vortex path behind the hydrofoils (in Polish)Search in Google Scholar

CTO S. A. Report No. RH-2008/T-019 Calculations for the first variant of the discrete mesh - program Fluent (in Polish)Search in Google Scholar

CTO S. A. Report No. RH-2008/T-020 Calculations for the first variant of the discrete mesh - programs Comet and Solaga (in Polish)Search in Google Scholar

CTO S. A. Report No. RH-2008/T-110 Calculations for the second variant of the discrete mesh - program Fluent (in Polish)Search in Google Scholar

CTO S. A. Report No. RH-2008/T-111 Calculations for the second variant of the discrete mesh - program Comet (in Polish)Search in Google Scholar

CTO S. A. Report No. RH-2009/T-019 Calculations for the third variant of the discrete mesh - program Comet (in Polish)Search in Google Scholar

CTO S. A. Report No. RH-2009/T-019 Calculations for the third variant of the discrete mesh - program Comet (in Polish)Search in Google Scholar