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Fittings and Other Structural Parts of Airplanes
"The strength and reliability of airplanes depend greatly on the careful design and manufacture of fittings, couplings, and other highly stressed parts. The more important parts of the airplane must be occasionally tested for increased loads and in order to avoid the possibility of defects creeping in during subsequent production. Strength tests are discussed for fittings for wing spar joints, fittings for strut connections, internal bracing, control gear, and landing gear" (p. 1).
Date:
October 1923
Creator:
Eydam, P.
System:
The UNT Digital Library
Preliminary Study of the Damping Factor in Roll
This paper constitutes a general theoretical discussion of the damping factor in roll, together with the results of wind tunnel tests on the continuous rolling of U.S.A. 30 airfoil.
Date:
October 1923
Creator:
Shoemaker, James M. & Lee, John G.
System:
The UNT Digital Library
The Arithmetic of Distribution in Multi-Cylinder Engines
Note presenting a consideration of the effect on engine performance of a known inequality of distribution. A measure of perfect distribution is provided and some of the factors that influence the unequal distribution of power among cylinders.
Date:
October 1923
Creator:
Sparrow, Stanwood W.
System:
The UNT Digital Library
Graphic Method for Calculating the Speed and Climbing Ability of Airplanes
Note presenting a graphic method for calculating the speed and climbing ability of airplanes. This method starts from the actual power developed by the engine and makes it possible to determine all factors which together constitute what are known as flight performances for any combination of engine and airplane from the single graphic diagram given.
Date:
October 1923
Creator:
Rohrbach, Adolf & Lupberger, Edwin
System:
The UNT Digital Library
General Theory of Windmills
In this paper the application of the slip curve method to the design and analysis of windmills is discussed and illustrated by example.
Date:
October 1923
Creator:
Munk, Max M.
System:
The UNT Digital Library