Measurements of aerodynamic drag were made in the 20-foot wind tunnel on a representative group of 11 flying-boat hull models. Four of the models were modified to investigate the effect of variations in over-all height, contours of deck, depth of step, angle of afterbody keel, and the addition of spray strips and windshields. The results of these tests, which cover a pitch-angle range from -5 to 10 degrees, are presented in a form suitable for use in performance calculations and for design purposes
The hydrodynamic characteristics of a model of the hull of the Short Calcutta (N.A.C.A. Model 47) ar...
Model No. 11-A was designed as an improvement over N.A.C.A. Model No. 11, a complete test of which i...
This report is a compilation of test data on airplane fuselages, nacelles, airship cars, seaplane fl...
Measurements of aerodynamic drag were made in the 20-foot wind tunnel on a representative group of 1...
A 1/10-size model of the hull of the French flying boat Latecoere 521 was tested in the NACA tank. T...
The hydrodynamic characteristics of a flying-boat incorporating a low-drag, planing-tail hull were d...
An investigation was made to determine the effect on the aerodynamic drag of systematic variations i...
The results of tank tests of three models of flying-boat hulls of the pointed-step type with differe...
An investigation was made in the Langley 300-mph 7- by 10-foot tunnel to determine the aerodynamic c...
The present tests illustrate how the aerodynamic drag of a flying boat hull may be reduced by follow...
An investigation was made in the Langley 300 MPH 7- by 10-foot tunnel to determine the aerodynamic c...
NACA model 11-C was tested according to the general method with the angle of afterbody keel set at f...
Report presents the results of a survey of problems encountered in applying general test data to the...
The drag of five models of side floats was measured in the N.A.C.A. 7- by 10-foot wind tunnel. The m...
A series of related forms of flying-boat hulls representing various degrees of compromise between ae...
The hydrodynamic characteristics of a model of the hull of the Short Calcutta (N.A.C.A. Model 47) ar...
Model No. 11-A was designed as an improvement over N.A.C.A. Model No. 11, a complete test of which i...
This report is a compilation of test data on airplane fuselages, nacelles, airship cars, seaplane fl...
Measurements of aerodynamic drag were made in the 20-foot wind tunnel on a representative group of 1...
A 1/10-size model of the hull of the French flying boat Latecoere 521 was tested in the NACA tank. T...
The hydrodynamic characteristics of a flying-boat incorporating a low-drag, planing-tail hull were d...
An investigation was made to determine the effect on the aerodynamic drag of systematic variations i...
The results of tank tests of three models of flying-boat hulls of the pointed-step type with differe...
An investigation was made in the Langley 300-mph 7- by 10-foot tunnel to determine the aerodynamic c...
The present tests illustrate how the aerodynamic drag of a flying boat hull may be reduced by follow...
An investigation was made in the Langley 300 MPH 7- by 10-foot tunnel to determine the aerodynamic c...
NACA model 11-C was tested according to the general method with the angle of afterbody keel set at f...
Report presents the results of a survey of problems encountered in applying general test data to the...
The drag of five models of side floats was measured in the N.A.C.A. 7- by 10-foot wind tunnel. The m...
A series of related forms of flying-boat hulls representing various degrees of compromise between ae...
The hydrodynamic characteristics of a model of the hull of the Short Calcutta (N.A.C.A. Model 47) ar...
Model No. 11-A was designed as an improvement over N.A.C.A. Model No. 11, a complete test of which i...
This report is a compilation of test data on airplane fuselages, nacelles, airship cars, seaplane fl...