A novel mathematical procedure is proposed, which makes it possible to optimize lozenge-shaped dielectric-elastomer-based linear actuators for known materials and desired force/stroke requirements. Simulation results are provided which both demonstrate the efficacy of the novel procedure with respect to traditional design approaches and show that simpler, cheaper, lighter and betterbehaved lozenge-shaped actuators can be conceived which do not require any integration of compliant frame elements
A new procedure for the optimization of a dielectric elastomer actuator
BERSELLI, GIOVANNI;
2009-01-01
Abstract
A novel mathematical procedure is proposed, which makes it possible to optimize lozenge-shaped dielectric-elastomer-based linear actuators for known materials and desired force/stroke requirements. Simulation results are provided which both demonstrate the efficacy of the novel procedure with respect to traditional design approaches and show that simpler, cheaper, lighter and betterbehaved lozenge-shaped actuators can be conceived which do not require any integration of compliant frame elements
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