the identification of nonlinear systems using ct-kt plane coordinates
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2014
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Abstract
In order to instantaneously distinguish the Ct (coefficient of viscous damping) and Kt (coefficient of stiffness), which are both functions of time in an M.C.K. nonlinear system, a new identification method is proposed in this paper. The graphs of the Ct-Kt are analyzed and the dynamic behavior of M.C.K. systems in a Ct-Kt coordinate plane is discussed. This method calculates two adjacent sampling data, the displacement, velocity, and acceleration (which are obtained from the responses of a pulse response experiment) and then distinguishes Ct and Kt of an instantaneous system. Finally, this method is used to identify the aerostatic bearing dynamic parameters, C and K.
| Reference Key |
chen2014mathematicalthe
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| Authors | ;Ming-Fei Chen;Dyi-Cheng Chen;Chung-Heng Yang;Shih-Feng Tseng |
| Journal | journal of power sources |
| Year | 2014 |
| DOI |
10.1155/2014/497872
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