Archivio Istituzionale della RicercaThe main focus of this paper is on materials for radiant burners application. Two advanced metallic alloys, a Ni and Fe-based alloy are studied and compared to a reference ferritic stainless steel. Oxidation kinetics of such alloys at different temperatures are reported. Oxide formation mechanisms are discussed. Furthermore, thermo-mechanical resistance and eventual strengthening mechanism in temperature are studied. Finally, technical and brief tentative economical analysis of different alloys as potential candidates for the fabrication of radiant burners are given.
Thermo-mechanical and oxidation behaviour of high temperature advanced metallic alloys / Peter, Ildiko; Zago, Alessandro; ACTIS GRANDE, Marco; Ugues, Daniele. - In: SURFACE & COATINGS TECHNOLOGY. - ISSN 0257-8972. - STAMPA. - 203:13(2009), pp. 1776-1784. [10.1016/j.surfcoat.2008.12.021]
Thermo-mechanical and oxidation behaviour of high temperature advanced metallic alloys
PETER, ILDIKO;ZAGO, ALESSANDRO;ACTIS GRANDE, MARCO;UGUES, Daniele
2009
Abstract
The main focus of this paper is on materials for radiant burners application. Two advanced metallic alloys, a Ni and Fe-based alloy are studied and compared to a reference ferritic stainless steel. Oxidation kinetics of such alloys at different temperatures are reported. Oxide formation mechanisms are discussed. Furthermore, thermo-mechanical resistance and eventual strengthening mechanism in temperature are studied. Finally, technical and brief tentative economical analysis of different alloys as potential candidates for the fabrication of radiant burners are given.
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https://hdl.handle.net/11583/1956670
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