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Vibration of Satellite Subsystem During Orbiter Lift-Off
Vibrations of a satellite and one of its sensitive subsystems during orbiter lift-off are studied. A single degree-of-freedom representation of the subsystem and a five degree-of-freedom lump parameter model of the satellite are considered. Deflection and acceleration response spectra of the satellite and its subsystem subject to sinusoidal excitation and the STS - 41 lift-off accelerations are evaluated. The significance of the subsystem and primary satellite interaction is investigated. The effect of mass ratio and damping coeficient of the subsystem on the peak deflection and acceleration response spectra of the satellite and its subsystem are examined.
Vibration of Satellite Subsystem During Orbiter Lift-Off
Vibrations of a satellite and one of its sensitive subsystems during orbiter lift-off are studied. A single degree-of-freedom representation of the subsystem and a five degree-of-freedom lump parameter model of the satellite are considered. Deflection and acceleration response spectra of the satellite and its subsystem subject to sinusoidal excitation and the STS - 41 lift-off accelerations are evaluated. The significance of the subsystem and primary satellite interaction is investigated. The effect of mass ratio and damping coeficient of the subsystem on the peak deflection and acceleration response spectra of the satellite and its subsystem are examined.
Vibration of Satellite Subsystem During Orbiter Lift-Off
Lee-Glauser, Gina (Autor:in) / Ahmadi, Goodarz (Autor:in)
International Journal of Space Structures ; 8 ; 167-176
01.09.1993
10 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
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