An aid in airplane design, charts have been prepared to show the effects of wing taper, thickness ratio, and Reynolds number on the spanwise location of the initial stalling point. Means of improving poor stalling characteristics resulting from certain combinations of the variables have also been considered; additional figures illustrate the influence of camber increase to the wing tips, washout, central sharp leading edges, and wing-tip slots on the stalling characteristics. Data are included from which the drag increases resulting from the use of these means can be computed. The application of the data to a specific problem is illustrated by an example
The factors affecting the stalling characteristics of modern airplanes are briefly discussed. The ef...
The analysis and design of wing tips for fixed wing and rotary wing aircraft still remains part art,...
This report deals with a description and report of tests carried out at the Washington Navy Yard on ...
Optimum proportions of tapered wings were investigated by a method that involved a comparison of win...
An aid in airplane design, charts have been prepared to show the effects of wing taper, thickness ra...
The results of a parametric wing design study using a modern laminar flow airfoil designed to exhibi...
As part of a general investigation in the NACA 19-foot pressure tunnel to determine stall characteri...
Optimum proportions of tapered wings were investigated by a method that involved a comparison of win...
This report contains the lift, drag, and moment characteristics of tapered Clark Y, Gottingen 393, a...
Contains charts for use in determining preliminary values of the spanwise-load, shear, bending-momen...
The impact of taper ratio, dihedral angle and wing tip shape on the aerodynamics of avery light airc...
The impact of taper ratio, dihedral angle and wing tip shape on the aerodynamics of a very light air...
This report presents a convenient method for calculating the pitching-moment characteristics of tape...
The aerodynamic characteristics of seven unswept tapered wings were determined by calculation from t...
An investigation by the transonic-bump technique of the static longitudinal aerodynamic characterist...
The factors affecting the stalling characteristics of modern airplanes are briefly discussed. The ef...
The analysis and design of wing tips for fixed wing and rotary wing aircraft still remains part art,...
This report deals with a description and report of tests carried out at the Washington Navy Yard on ...
Optimum proportions of tapered wings were investigated by a method that involved a comparison of win...
An aid in airplane design, charts have been prepared to show the effects of wing taper, thickness ra...
The results of a parametric wing design study using a modern laminar flow airfoil designed to exhibi...
As part of a general investigation in the NACA 19-foot pressure tunnel to determine stall characteri...
Optimum proportions of tapered wings were investigated by a method that involved a comparison of win...
This report contains the lift, drag, and moment characteristics of tapered Clark Y, Gottingen 393, a...
Contains charts for use in determining preliminary values of the spanwise-load, shear, bending-momen...
The impact of taper ratio, dihedral angle and wing tip shape on the aerodynamics of avery light airc...
The impact of taper ratio, dihedral angle and wing tip shape on the aerodynamics of a very light air...
This report presents a convenient method for calculating the pitching-moment characteristics of tape...
The aerodynamic characteristics of seven unswept tapered wings were determined by calculation from t...
An investigation by the transonic-bump technique of the static longitudinal aerodynamic characterist...
The factors affecting the stalling characteristics of modern airplanes are briefly discussed. The ef...
The analysis and design of wing tips for fixed wing and rotary wing aircraft still remains part art,...
This report deals with a description and report of tests carried out at the Washington Navy Yard on ...