The Application of Friction Stir Processing to the Fabrication of Magnesium-Based Foams
The Application of Friction Stir Processing to the Fabrication of Magnesium-Based Foams
Azizieh, M.; Pourmansouri, R.; Balak, Z.; Kafashan, H.; Mazaheri, M.; Kim, H. Seop
2017-12-01 00:00:00
AbstractIn the present paper, friction stir processing (FSP) is used to fabricate magnesium-based nanocomposite foams. The effects of the number of FSP passes, TiH2 to Al2O3 weight ratio, and foaming temperature; on the pore distribution and porosity are described. The results indicate that a minimum TiH2 to Al2O3 weight ratio is necessary to provide the best pore distribution and porosity. Closed-cell porous magnesium with a porosity of about 17.5% was successfully fabricated using 4-pass FSP at 800 rpm, by adding 5 mass% TiH2 and 3.5 mass% Al2O3; at a holding temperature of 858 K, and a holding time of 45 min.
http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.pngArchives of Metallurgy and Materialsde Gruyterhttp://www.deepdyve.com/lp/de-gruyter/the-application-of-friction-stir-processing-to-the-fabrication-of-SCPT6jOGsj
The Application of Friction Stir Processing to the Fabrication of Magnesium-Based Foams
AbstractIn the present paper, friction stir processing (FSP) is used to fabricate magnesium-based nanocomposite foams. The effects of the number of FSP passes, TiH2 to Al2O3 weight ratio, and foaming temperature; on the pore distribution and porosity are described. The results indicate that a minimum TiH2 to Al2O3 weight ratio is necessary to provide the best pore distribution and porosity. Closed-cell porous magnesium with a porosity of about 17.5% was successfully fabricated using 4-pass FSP at 800 rpm, by adding 5 mass% TiH2 and 3.5 mass% Al2O3; at a holding temperature of 858 K, and a holding time of 45 min.
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