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Haj, Omar Al
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Publications (6/6 displayed)
- 2014Suivi de la corrosion d'alliages par thermogravimétrie couplée à l'émission acoustique/Thermogravimetric experiments coupled with acoustic emission analysis dedicated to high-temperature corrosion studies of alloys
- 2014Acoustic emission analysis coupled with thermogravimetric experiments dedicated to high temperature corrosion studies on metallic alloys
- 2014Contribution of <i>in situ</i> acoustic emission analysis coupled with thermogravimetry to study zirconium alloy oxidation
- 2014L'apport de l’émission acoustique couplée à l’analyse thermogravimétrique pour la compréhension de la corrosion du fer par metal dusting
- 2013Thermogravimetric experiments coupled with acoustic emission analysis dedicated to high-temperature corrosion studies on metallic alloys
- 2012Metal dusting corrosion studies using thermogravimetric experiment coupled with acoustic emission analysis
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document
Metal dusting corrosion studies using thermogravimetric experiment coupled with acoustic emission analysis
Abstract
The coupling of in situ physical techniques is a promising way to improve knowledge on the corrosion of metallic materials at high temperature. For this purpose thermogravimetric analysis (TGA) has been associated with acoustic emission (AE) devices to measure acoustic signals emitted during the corrosion of metal samples under carbon rich atmosphere (a c > 1). Simultaneous measurements of the mass variation and of the acoustic signals can give complementary information to increase the level of understanding of metal dusting. This work presents the study of pure iron metal dusting corrosion at 600 °C under i-C 4 H 10 + H 2 + He atmosphere.