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Synthesis of Discrete Passive Vibration Dampers
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English
Abstract
The present study is a continuation of the effort in the application of viscoelastic (VE) damping to large and flexible space systems design. In particular, this work extends the analytical passive damping predictions reported previously. The analytical study completed here relates the number of discrete joint VE dampers, in typical large and flexible space optical systems, to the overall damping of the structure. This data is crucial for the optimal blending of passive damping and active control technologies in space systems design.
Citation
Simonian, S., "Synthesis of Discrete Passive Vibration Dampers," SAE Technical Paper 851935, 1985, https://doi.org/10.4271/851935.Also In
References
- Major, C. S. Simonian S. S. “An Experiment to Demonstrate Active and Passive Control of a Flexible Structure,” American Control Conference San Diego, California June 1984
- Simonian, S. S. Major C. S. Gluck R. “An Experimental Study of Passive Damping and Active Control of Large Space Structures,” Proc. of the AFWAL Vibration Damping Workshop Long Beach, California February 1984
- Johnson, C. D. Klenholz D. A. Rogers L. C. “Finite Element Prediction of Damping in Beams with Constrained Viscoelastic Layers,” The Shock and Vibration Bulletin, No. 51 Washington, D. C. May 1981
- Drake, M. L. “Vibration Damping Short Course Notes,” University of Dayton Research Institute 1982