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Erschienen in:
2021 | OriginalPaper | Buchkapitel
Determination of Viscous, Coulomb and Particle Damping Response in SDOF by Forced Oscillation
verfasst von : S. T. Bodare, S. D. Katekar, Chetan Chaudhari
Erschienen in: Techno-Societal 2020
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Abstract
When a vibrating system is damped with more than one type of damping, it is necessary to determine which of these types of damping are more effective to control the resonant response. In such a case, identification of damping parameters from the responses of a vibrating system becomes an important factor. Therefore when the system is damped due to coulomb friction, viscous friction, it is necessary to develop theoretical and experimental methods for identification of these damping parameters from the responses of the vibrating system. As such, for identification of coulomb and viscous friction (and also with particle damping) parameters, it is proposed to develop methods irresponsible for the control of resonant response of vibrating systems. The paper contains experimental setup and results about these different types of mechanical vibrations.