The cyclic oxidation behavior of an experimental stainless ferritic steel, without molybdenum and with copper-aluminum-titanium-lanthanum additions, developed for solid oxide fuel cell applications, was evaluated and compared with the oxidation behavior of commercial austenitic and ferritic stainless steels. For the cyclic oxidation tests, the steel samples were tested at temperatures ranging from 600 to 800 °C. The experimental ferritic stainless steel showed the highest cyclic oxidation behavior among the studied steels at 700 °C and 800 °C, presenting a parabolic and logarithmic kinetics, respectively.

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Volume33, Issue2

February, 2010

Pages 334-340

High Temperature Cyclic Oxidation Resistance of Iron Chromium Base Alloys

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High Temperature Cyclic Oxidation Resistance of Iron Chromium Base Alloys

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