Green composites made of biodegradable matrices and lignocellulosic fibers are receiving growing attention from both academia and industries. Despite a wide literature can be found about mechanical behavior of such kind of composites, at the best of our knowledge, only limited information is available about their creep behavior [1] and no papers have been yet done on the effect of ultraviolet exposition. The tensile creep behavior at 40 °C of PLA based composites, containing flax and jute twill weave woven fabrics, produced through compression molding, was investigated. As preliminary characterization, quasi-static tensile tests were carried out on virgin and UV aged composites

La Mantia F.P., F.V. (2018). Effect of the UV exposure on the creep behaviour of PLA based green composites. In ICCE-26 : 26th Annual International Conference on Composites/Nano Engineering.

Effect of the UV exposure on the creep behaviour of PLA based green composites

La Mantia F. P.
;
Fiore V.;Mistretta M. C.;Botta L.;Valenza A.
2018-01-01

Abstract

Green composites made of biodegradable matrices and lignocellulosic fibers are receiving growing attention from both academia and industries. Despite a wide literature can be found about mechanical behavior of such kind of composites, at the best of our knowledge, only limited information is available about their creep behavior [1] and no papers have been yet done on the effect of ultraviolet exposition. The tensile creep behavior at 40 °C of PLA based composites, containing flax and jute twill weave woven fabrics, produced through compression molding, was investigated. As preliminary characterization, quasi-static tensile tests were carried out on virgin and UV aged composites
2018
Creep, green composites, PLA, jute, flax
La Mantia F.P., F.V. (2018). Effect of the UV exposure on the creep behaviour of PLA based green composites. In ICCE-26 : 26th Annual International Conference on Composites/Nano Engineering.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/10447/359268
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