In this paper, an innovative approach is proposed to realize a morphing material with loadbearing capability that can self-activate with temperature. In particular the material can provide large-scale shape changes with fast response that can be induced with tuneable energy levels. The above properties are achieved with a simple and reliable multi-scale design of the material which leads to an effective morphing system.
Casalotti, A., Lanzara, G. (2018). SELF-ACTUATED MORPHING COMPOSITE WITH TUNABLE FREQUENCY AND DAMPING. In Composite and Advanced Materials.
SELF-ACTUATED MORPHING COMPOSITE WITH TUNABLE FREQUENCY AND DAMPING
Arnaldo Casalotti;Giulia Lanzara
Conceptualization
2018-01-01
Abstract
In this paper, an innovative approach is proposed to realize a morphing material with loadbearing capability that can self-activate with temperature. In particular the material can provide large-scale shape changes with fast response that can be induced with tuneable energy levels. The above properties are achieved with a simple and reliable multi-scale design of the material which leads to an effective morphing system.File in questo prodotto:
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