This investigation deals with the stability, in a circular orbit, of a flexible space station consisting of two inertially identical rigid end bodies connected together by an elastic structure. The earth-pointing motion and the rotation with arbitrary initial angular velocity perpendicular to the orbital plane are studied by using the multiple-scales technique. The first-order approximate analytical solution and the conditions of stability are obtained.
Stability of an elastically connected two-body space station by the perturbation method
01.03.1997
16 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
Stability of an elastically connected two-body space station by the perturbation method
Online Contents | 1997
|Free vibrations of elastically connected stretched beams
Online Contents | 2009
|Structure-borne sound transmission at elastically connected plates
Online Contents | 1993
|Stability of elastically supported columns
TIBKAT | 1942
|