AVALIAÇÃO DA SOLDAGEM DO ALUMÍNIO SÉRIE 5000 E 5052 PELO PROCESSO GTAW UTILIZANDO OS ELETRODOS DE TUNGSTÊNIO PURO E O COM 2% DE LÂNTANIO PARA A TRANSFERÊNCIA DO ARCO ELÉTRICO DETERMINANDO AS MELHORES CARACTERÍSTICAS PARA A COALESCÊNCIA VANTAGENS DA IMPLANTAÇÃO DO TRABALHO PADRONIZADO EM FORJARIA A QUENTE ESTAMPO DE CORTE: estudo comparativo de punção e matriz de aço SAE 1045 e aço VC131 com tratamento térmico conforme descrição do fabricante, para estampagem de aço SAE 1012 com espessura de 3mm e diâmetro de 32,5mm

Abstract

Currently, the world depends significantly on the synthesized polymerized material because of its economic advantages and its easy extraction and materialization. Without worrying about their decomposition or discarding these polymer-based materials, they go into the environment and leave years to decompose. This work presents the feasibility of using vegetable fibers in the composition of polymeric materials, aiming to guarantee the lightness and robustness of the products and the acceleration of the polymer decomposition process. Other important advantages of the insertion of vegetal fibers in the polymers are the guarantee of a greater mechanical resistance and weight reduction since the vegetal fibers are lighter than the conventional fibers. The work will be based on bibliographic research. Concluding that it is advantageous to use vegetable fibers to reinforce polymers and being aware that it is necessary to find a way to use this resource with ease.