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An ionic polymer–metal composite (IPMC) beam is capable of producing an electric signal closely correlated with its mechanical movement, due to the redistribution of mobile ions inside the IPMC material. Motivated by the potential application of this intrinsic sensing characteristic to flow property measurements in automotive engines, this paper investigates the feasibility of detecting the start...
Ionic Polymer-Metal Composite (IPMC) materials have intrinsic actuation and sensing properties. Motivated by potential fluid sensing applications of IPMC sensors, we investigate the dynamic response of a free-vibrating IPMC beam in a fluid. The flexible beam is approximated with multiple, serially connected rigid elements. The parameters of the resulting model are related to the physical properties...
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