Optimización-MSR del material compuesto de matriz epoxi reforzado con fibra natural de Chambira (Astrocaryum), mediante infusión de resina al vacío y su incidencia en las propiedades mecánicas

Abstract

The importance of the discovery of new materials based on natural fibers greatly contributes to the contribution of properties that are often friendly to the environment, as well as for the bodywork industry to be effective when making accessories. Therefore, the purpose of this research is to investigate and analyze the mechanical properties that can be obtained from the materials to be used based on quantitative data collection in the case of the physical and mechanical properties of the reinforcement material as well as the material of the resin, in turn we proceeded through the vacuum bagging process by infusion to join both components, giving us as a result a new material already characterized, passing to the mechanical analysis stage which was carried out by the standards of TENSILE TEST_ASTM D3039, FLEXION_ASTM D7264, and IMPACTO_ASTM D52628-10, later the results obtained were analyzed by means of a mathematical analysis of minitab in which a main characterization was obtained that the material already established previously can yield favorable results through a results orientation configuration under a standardized norm that in the future will serve for the industrial sector as a reference.