Previous theories and empirical formulas for the lift of flat planing surfaces are reviewed, and the resemblance of the planing surface to the airfoil noted, A simple expression, which converges to the correct limits for exactly known cases, is assumed for the ratio of planing to airfoil lift, and the planing lift is then estimated by using airfoil experimental data. The resulting calculated values are in satisfactory agreement with planing experiments
An investigation has been made to determine the effect of ground proximity on the aerodynamic charac...
A dynaplane is a planing vessel in which the wetted surface at the operational speed possesses a dow...
The lift on a bent, flat plate is calculated exactly by the use of conformal mapping. Results are pr...
Previous theories and empirical formulas for the lift of flat planing surfaces are reviewed, and t...
A summary is given of the background and present status of pure-planing theory. Data for models havi...
Because of the need for design information for seaplanes and planing boats, the hydrodynamics of pla...
Basic lift data on planing surfaces have been analyzed and the data applied to the design of flying-...
A summary is given of the background and present status of the pure-planing theory for rectangular f...
A method is presented for the calculation of lift coefficients for rectangular lifting surfaces of a...
Four planing surfaces, all having beams of 16 inches and lengths of 60 inches but varying in dead ri...
Basic lift data on planing surfaces have been analyzed and the data applied to the design of flying-...
A theory obtained by modifying Falkner's vortex-lattice theory, which had shown good agreement at al...
A previous report discusses the experimental program of a systematic exploration of all questions co...
This paper presents the results of wind-tunnel tests of several airfoils of low aspect ratio. The ai...
Low-aspect-ratio wings having pointed plan forms are treated on the assumption that the flow potenti...
An investigation has been made to determine the effect of ground proximity on the aerodynamic charac...
A dynaplane is a planing vessel in which the wetted surface at the operational speed possesses a dow...
The lift on a bent, flat plate is calculated exactly by the use of conformal mapping. Results are pr...
Previous theories and empirical formulas for the lift of flat planing surfaces are reviewed, and t...
A summary is given of the background and present status of pure-planing theory. Data for models havi...
Because of the need for design information for seaplanes and planing boats, the hydrodynamics of pla...
Basic lift data on planing surfaces have been analyzed and the data applied to the design of flying-...
A summary is given of the background and present status of the pure-planing theory for rectangular f...
A method is presented for the calculation of lift coefficients for rectangular lifting surfaces of a...
Four planing surfaces, all having beams of 16 inches and lengths of 60 inches but varying in dead ri...
Basic lift data on planing surfaces have been analyzed and the data applied to the design of flying-...
A theory obtained by modifying Falkner's vortex-lattice theory, which had shown good agreement at al...
A previous report discusses the experimental program of a systematic exploration of all questions co...
This paper presents the results of wind-tunnel tests of several airfoils of low aspect ratio. The ai...
Low-aspect-ratio wings having pointed plan forms are treated on the assumption that the flow potenti...
An investigation has been made to determine the effect of ground proximity on the aerodynamic charac...
A dynaplane is a planing vessel in which the wetted surface at the operational speed possesses a dow...
The lift on a bent, flat plate is calculated exactly by the use of conformal mapping. Results are pr...