Izod Impact Test In Epoxi Matrix Composites Reinforced With Hemp Fiber

The Minerals, Metals and Materials Society
Lázaro A. Rohen Frederico M. Margem Anna C. C. Neves Sérgio N. Monteiro Maycon A. Gomes Rafael G. de Castro Carlos Maurício. F. V Fernanda de Paula
Organization:
The Minerals, Metals and Materials Society
Pages:
6
File Size:
356 KB
Publication Date:
Jan 1, 2015

Abstract

Synthetic fiber has been gradually replaced by natural fiber, such as lignocellulosic fiber. In comparison with synthetic fiber, natural fiber has shown economic and environmental advantages. The natural fiber presents interfacial characteristics with polymeric matrices that favor a high impact energy absorption by the composite structure. However, until now little has been evaluated about the hemp fiber incorporated in polymeric matrices. This study has the purpose of evaluate the impact resistance of this kind of epoxy matrix composite reinforced with different percentages of hemp fibers. The impact resistance has substantially increased the relative amount of hemp fiber incorporated as reinforcement in the composite. This performance was associated with the difficulty of rupture imposed by the fibers resulting from the interaction of hemp fiber / epoxy matrix that helps absorb the impact energy.
Citation

APA: Lázaro A. Rohen Frederico M. Margem Anna C. C. Neves Sérgio N. Monteiro Maycon A. Gomes Rafael G. de Castro Carlos Maurício. F. V Fernanda de Paula  (2015)  Izod Impact Test In Epoxi Matrix Composites Reinforced With Hemp Fiber

MLA: Lázaro A. Rohen Frederico M. Margem Anna C. C. Neves Sérgio N. Monteiro Maycon A. Gomes Rafael G. de Castro Carlos Maurício. F. V Fernanda de Paula Izod Impact Test In Epoxi Matrix Composites Reinforced With Hemp Fiber. The Minerals, Metals and Materials Society, 2015.

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