a) Time Response for , obtained by Solving Temporal Equation of Motion
Download scientific diagram | (a) Time Response for , obtained by Solving Temporal Equation of Motion for an Input Voltage 1.0 V (Key as in Figure 6 (c)). from publication: Theoretical and Experimental Investigation of Non-linear Vibration Response of an IPMC Actuator Subjected to Alternating Electric Potential | The precise predication of stable and unstable zone for an applied excitation voltage and frequency is of importance in many micromechanical systems utilizing ionic polymer metal composite (IPMC) as the actuator. A linear dynamic model thus will no longer be valid for IPMC | Ipmc, Electrics and Ionic Polymer Metal Composite | ResearchGate, the professional network for scientists.
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a) Time Response for , obtained by Solving Temporal Equation of
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