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It is of scientific interest to know the mechanical properties of biological materials so they can be reproduced in synthetic materials, since the study in living tissues is often arduous. Silicone is one of the synthetic materials most used to mimic the properties of biological tissues. The present study has as objective to verify the relationship between the orientation of the fibers arranged in a silicone matrix composite. A relationship was found between the orientation of the fibers and the mechanical properties of the material, since when the force is applied in the same direction of the fibers, there is an increase in the mechanical strength and a decrease in the elasticity of the material. It was possible to observe that the mechanical behavior of the material was similar to that found in the literature, being possible to conclude that the work was successful in its objective.

STUDY OF MECHANICAL PROPERTIES OF COMPOSITE WITH SILICONE MATRIX TO MIMETIZATE BIOLOGICAL TISSUE