The recent development of innovative organic materials with intriguing features such as theirflexibility, lightness, low cost and easy manufacturability, has driven researchers to develop innovative smartapplications based on such kind of materials. In this work, all-organic electromechanical transducers, withboth sensing and acting capabilities are proposed. The actuator and sensor models have been identified byusing a grey box approach, as a function of membrane geometric parameters. The obtained models havebeen validated through comparison among estimated and experimental data.
Modelling and Design of All-organic Electromechanic Transducers
DI PASQUALE, Giovanna;FORTUNA, Luigi;GRAZIANI, Salvatore;
2009-01-01
Abstract
The recent development of innovative organic materials with intriguing features such as theirflexibility, lightness, low cost and easy manufacturability, has driven researchers to develop innovative smartapplications based on such kind of materials. In this work, all-organic electromechanical transducers, withboth sensing and acting capabilities are proposed. The actuator and sensor models have been identified byusing a grey box approach, as a function of membrane geometric parameters. The obtained models havebeen validated through comparison among estimated and experimental data.File in questo prodotto:
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