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The oil and gas industry is aware of the benefits of adding nickel to improve the mechanical properties of steels when exposed to low temperatures. Low-carbon steels with 3 to 9% nickel by weight are widely used in the construction of structures for transporting and storing petroleum fluids and liquefied gases. Gains in toughness can be obtained for these steels through heat treatments, such as quenching followed by tempering, among others. Knowledge of the behavior of the material at low temperatures is of fundamental importance to the industry mentioned above. In this paper, the reader can…mehr

Produktbeschreibung
The oil and gas industry is aware of the benefits of adding nickel to improve the mechanical properties of steels when exposed to low temperatures. Low-carbon steels with 3 to 9% nickel by weight are widely used in the construction of structures for transporting and storing petroleum fluids and liquefied gases. Gains in toughness can be obtained for these steels through heat treatments, such as quenching followed by tempering, among others. Knowledge of the behavior of the material at low temperatures is of fundamental importance to the industry mentioned above. In this paper, the reader can observe the results of the evaluation of the effect of quenching and tempering on the fracture toughness of 5.5Ni and 9Ni steels, with tests performed at room temperature and -100 °C, since these materials can be used at low temperatures.
Autorenporträt
Lorenzo Marzari Félix stammt aus Dona Francisca im Bundesstaat Rio Grande do Sul, Brasilien. Er hat einen Master-Abschluss in Materialwissenschaft und -technologie der Universidade Federal do Rio Grande do Sul, einen Abschluss als Maschinenbauingenieur der Universidade Federal de Santa Maria und einen Abschluss als Mechaniktechniker des Colégio Técnico Industrial de Santa Maria.