%0 Journal Article
%T DESENVOLVIMENTO DE COMP¨®SITO LAMINADO POLIM¨¦RICO REFOR ADO COM FIBRA DE GARRAFAS PET
%A Daniel Goretti Leporate Barroso
%A T¨˛lio Hallak Panzera
%A Antonio Luis Ribeiro Sabariz
%A Cristiano Gabriel Persch
%J Engevista
%D 2012
%I Universidade Federal Fluminense
%X The amount of plastic used in the manufacture of industrial products has increased significantlyin the last few decades. The landfill impact as a result of the production and disposal of based plastics in thenature is a potential threat to the environmental due to the large period of biodegradable. The addition ofsynthetic fibres into different classes of materials has been the focus of much research as an alternative ofplastic recycling. This work investigates the effect of plastic fibres and silica particles addition into polymericcomposites. A full factorial design of 23 was set based on the following experimental factors: silica particles,volume fraction and width of PET fibres. The investigated responses were: bulk density, tensile strength andmodulus of elasticity. The composites showed satisfactory properties, being able to recycle waste PET bottlesas a sustainable material for some areas of engineering.
%K composite laminate
%K PET fiber
%K sustainability
%K mechanical properties
%U http://www.uff.br/engevista/seer/index.php/engevista/article/view/335/185