Eventos Anais de eventos
COBEM 2017
24th ABCM International Congress of Mechanical Engineering
REUSE OF WASTE INDUSTRY BUTTONHOLE FOR MANUFACTURE OF GLASS AND JUTE FIBER COMPOSITE MATERIALS: static and dynamic characterization
Submission Author:
Anna Karollynna Câmara de Araújo , RN
Co-Authors:
Anna Karollynna Câmara de Araújo, Luan de Lima Freire, MARCIO FURUKAVA, MARCIANO FURUKAVA, Hidelbrando José Farkat Diógenes
Presenter: Anna Karollynna Câmara de Araújo
doi://10.26678/ABCM.COBEM2017.COB17-2231
Abstract
With the advancement of technology and the search for materials that contribute to sustainable development, the manufacture of new materials, particularly composites, using industrial waste has grown considerably. Thus, this article was proposing to examine the mechanical strength properties of a new composite material in a sandwich configuration hybrid epoxy matrix and the feasibility of filling in industrial and engineering applications. Thinking of the use of renewable materials and less aggressive to the environment, natural fibers are used in the form of jute fabric(0 ° / 90 °)in conjunction with glass fiber mat as a reinforcement for making the plates in this configuration in which the filling is arising from the buttonhole industry. The natural fibers to synthetic fibers excel by their biodegradability, low density, good toughness, good thermal properties, in addition to reduced cost, but their mechanical performance is still significantly lower. The specimens were made using the manual method (Hand Lay Up) and were subjected to uniaxial tensile tests and bending at three points for the study of mechanical properties according to ASTM D3039 / D3039M - 14 and ASTM D790 - 15 . the results indicate that the making of a new composite material sandwich using residue of buttons industry has characteristics that allow its application in various branches of industry and engineering.
Keywords
composite sandwich, Mechanical Properties, Industrial waste, Jute, Fiberglass
