In the foregoing remarks I have made an attempt to touch on some of the structural problems met with in cantilever wings, and dealt rather fully with a certain type of single-spar construction. The experimental test wing was a first attempt to demonstrate the principles of this departure from orthodox methods. The result was a wing both torsionally stiff and of light weight - lighter than a corresponding biplane construction
This investigation is an extension of NACA report no. 75 for the purpose of studying the effect of v...
Any one endeavoring to solve the problem of soaring flight is confronted not only by structural diff...
The calculation of wing spars of constant cross-section and load has been thoroughly treated by a la...
The present paper treats less of the effect of the union (of spars and ribs, namely, the reduction o...
This report gives the results of a recent series of experiments performed on a wing designed for a c...
This report presents the results of testing on a glider designed and built by the College Aviation G...
This report presents experiments in which two parts of the wing were arranged so as to form a biplan...
This report describes a simple method for calculating the position of the elastic axis of a wing str...
The experiments herein described were made for the purpose of finding whether removing a larger port...
This report recounts some of the successful experiments conducted in England and Germany on slotted ...
The evolution of construction techniques and the use of metal in wings is presented. Drag is discuss...
This report is on the changes in forces on each wing of a biplane cellule when either the stagger or...
It is to be expected that the advantageous properties, hitherto discovered in many slotted wing sect...
In the following we develop a non-autorotating monoplane wing. The conditions imposed on such a wing...
The report is a survey of the strength problems arising on shell and tubular spar wings. The treatme...
This investigation is an extension of NACA report no. 75 for the purpose of studying the effect of v...
Any one endeavoring to solve the problem of soaring flight is confronted not only by structural diff...
The calculation of wing spars of constant cross-section and load has been thoroughly treated by a la...
The present paper treats less of the effect of the union (of spars and ribs, namely, the reduction o...
This report gives the results of a recent series of experiments performed on a wing designed for a c...
This report presents the results of testing on a glider designed and built by the College Aviation G...
This report presents experiments in which two parts of the wing were arranged so as to form a biplan...
This report describes a simple method for calculating the position of the elastic axis of a wing str...
The experiments herein described were made for the purpose of finding whether removing a larger port...
This report recounts some of the successful experiments conducted in England and Germany on slotted ...
The evolution of construction techniques and the use of metal in wings is presented. Drag is discuss...
This report is on the changes in forces on each wing of a biplane cellule when either the stagger or...
It is to be expected that the advantageous properties, hitherto discovered in many slotted wing sect...
In the following we develop a non-autorotating monoplane wing. The conditions imposed on such a wing...
The report is a survey of the strength problems arising on shell and tubular spar wings. The treatme...
This investigation is an extension of NACA report no. 75 for the purpose of studying the effect of v...
Any one endeavoring to solve the problem of soaring flight is confronted not only by structural diff...
The calculation of wing spars of constant cross-section and load has been thoroughly treated by a la...