Processing of conductive polymer-based composites by additive manufacturing and laser functionalization: effect of carbon-based micro- and nano-filler
External reference persons Antonio Veca (CRF)
Thesis type EXPERIMENTAL
Description Carbon fillers micro and nano-sized (fibers and carbon nanotubes) will be used to increase the electrical conductivity of polymers. The polymer composites will be manufactured by Fused Deposition Modelling technique. The conductivity will be locally increased by laser writing treatments. The research activity will be carrired out in cooperation with Centro Ricerche Fiat.
Required skills Kniwledge of Materials Science and Engineering: composite processing and characterization
Deadline 23/11/2021 PROPONI LA TUA CANDIDATURA