ResumoEstudos recentes indicam que o gasto devido à corrosão nos USA giram em torno de 276 bilhões de dólares por ano, isto significa 3,1% do PIB deste país, tendo a corrosão atmosférica uma importante parcela deste montante. Muitos estudos foram realizados a fim de determinar a agressividade da atmosfera e avaliar os efeitos da corrosão atmosférica nos metais usados para aplicações estruturais. Este artigo tem como objetivo comparar dois ambientes em termos de severidade da atmosfera, assim como sua influência na degradação do aço estrutural ASTM A-572 Grau 50. Toma-se como cenário a planta industrial da Medabil Sistemas Construtivos, localizada em Serra, região metropolitana de Vitória/ES. O estudo foi realizado por meio de monitoramento de perda de massa de amostras expostas deste material e comparação dos resultados com os obtidos através do teste padrão proposto pela American Society for Testing and Materials (ASTM G116, 1999), Wire-on-Bolt Test for Atmospheric Galvanic. Palavras-chave: Corrosão atmosférica, ASTM A572 GRAU 50, Wire-on-Bolt. INFLUENCE OF TWO DIFFERENT ENVIRONMENTS AT THE CORROSION RATE OF STRUCTURAL STEEL ASTM A572 GRADE 50 AbstractRecent survey have indicated a significative cost loss due to corrosion in the USA, this amount is around 276 billion dollars per year, this means 3.1% of the GDP of this country, and atmospheric corrosion a significant portion of this amount. Many studies have been conducted in order to determine the aggressiveness of the environment and to evaluate the effects of atmospheric corrosion of metals used for structural applications. This article aims compare two environments in terms of severity of the atmosphere as well influence on the degradation of structural steel ASTM A-572 Grade 50. Medabil Building Systems, located in Serra, metropolitan area Vitória / ES was the source of this present paper. The study was performed at the exposed specimens, the weight was monitored and the results were compared with those obtained through the pattern proposed by the American Society for Testing and Materials (ASTM G116, 1999), Wire-on-Bolt Test for atmospheric Galvanic.
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