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Unsteady force and cavity characteristics for ventilated hydrofoils
Experimental measurements were made of unsteady cavity and force characteristics for both forced and naturally ventilated hydrofoils of finite span submerged below free surface; unsteady cavity characteristics were studied for force-ventilated wedge subjected to sudden change in either air flow rate to cavity or angle of attack; unsteady force characteristics were determined for naturally ventilated foils undergoing either sinusoidal heaving motion or harmonic oscillation of trailing edge flap; there is limited agreement of force data with available theory.
Unsteady force and cavity characteristics for ventilated hydrofoils
Experimental measurements were made of unsteady cavity and force characteristics for both forced and naturally ventilated hydrofoils of finite span submerged below free surface; unsteady cavity characteristics were studied for force-ventilated wedge subjected to sudden change in either air flow rate to cavity or angle of attack; unsteady force characteristics were determined for naturally ventilated foils undergoing either sinusoidal heaving motion or harmonic oscillation of trailing edge flap; there is limited agreement of force data with available theory.
Unsteady force and cavity characteristics for ventilated hydrofoils
Minnesota Univ -- St. Anthony Falls Hydraulic Laboratory -- Project Report
1967
39 pages
Report
English
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