The circular motion for airship-like bodies has thus far been calculated only for a prolate ellipsoid of revolution (reference 1, p.133 and reference 2). In this paper, however, the circular motion of elongated bodies of revolution more nearly resembling airships will be investigated. The results will give the effect of rotation on the pressure distribution and thus yield some information as to the stresses set up in an airship in circular flight
This report deals with the investigation of the apparent inertia of an airship hull. The exact solut...
This report deals with the investigation of the apparent inertia of an airship hull. The exact solut...
These calculations, made at the request of the Zeppelin Airship Company of Friederichshafen, German...
This note, prepared for the National Advisory Committee for Aeronautics, contains the demonstration ...
The laws of curvilinear motion are established and the transverse forces on elongated airship hulls ...
An outline of Von Karman's method of computing the potential flow of airships in yaw by means of par...
This note, prepared for the National Advisory Committee for Aeronautics, contains a discussion of th...
The apparent inertia of an airship hull is examined. The exact solution of the aerodynamical problem...
In recent tests on the pressures occurring on the envelope and control surfaces of the naval airship...
The problems as to how an airship can best be stabilized and steered and to what stresses it is subj...
Though dissimilar, these two subjects have been united because they have some points in common. The ...
The apparent inertia of an airship hull is examined. The exact solution of the aerodynamical problem...
These calculations were based on the shape of the ZR III, with the following simplifications: cars, ...
Differential and integral curves are presented and well as numerous calculations relating to hulls. ...
These calculations, made at the request of the Zeppelin Airship Company of Friederichshafen, German...
This report deals with the investigation of the apparent inertia of an airship hull. The exact solut...
This report deals with the investigation of the apparent inertia of an airship hull. The exact solut...
These calculations, made at the request of the Zeppelin Airship Company of Friederichshafen, German...
This note, prepared for the National Advisory Committee for Aeronautics, contains the demonstration ...
The laws of curvilinear motion are established and the transverse forces on elongated airship hulls ...
An outline of Von Karman's method of computing the potential flow of airships in yaw by means of par...
This note, prepared for the National Advisory Committee for Aeronautics, contains a discussion of th...
The apparent inertia of an airship hull is examined. The exact solution of the aerodynamical problem...
In recent tests on the pressures occurring on the envelope and control surfaces of the naval airship...
The problems as to how an airship can best be stabilized and steered and to what stresses it is subj...
Though dissimilar, these two subjects have been united because they have some points in common. The ...
The apparent inertia of an airship hull is examined. The exact solution of the aerodynamical problem...
These calculations were based on the shape of the ZR III, with the following simplifications: cars, ...
Differential and integral curves are presented and well as numerous calculations relating to hulls. ...
These calculations, made at the request of the Zeppelin Airship Company of Friederichshafen, German...
This report deals with the investigation of the apparent inertia of an airship hull. The exact solut...
This report deals with the investigation of the apparent inertia of an airship hull. The exact solut...
These calculations, made at the request of the Zeppelin Airship Company of Friederichshafen, German...