Improvement of the foaming process for 4045 and 6061 aluminium foams by using the Taguchi methodology
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Taguchi methodology has been applied to the production process of aluminium foams to investigate the variability detected in several properties (including bulk density, outward appearance and density homogeneity along foaming direction), for foaming tests carried out under identical conditions. The analysis of the process has been performed separately for two different alloys, the 4045 and 6061. The results have allowed finding the main factors that influence those properties. In addition, it has been possible to establish those foaming conditions able to minimize the variability in density, to improve the outward appearance and to obtain a higher homogeneity in density, all at the same time. Different final factors have been found for the two alloys; such differences have been explained in terms of the different viscosity of the aluminium melts as well as the different content of foaming agent.
KeywordsFoam Taguchi Method Noise Factor Aluminium Foam Metal Foam
Financial support from the Spanish Ministry of Science and Education (MAT 2003-06797, MAT 2002-04505-C02-01, FPU grants) is gratefully acknowledged. FEDER funding is also acknowledged.
- 3.Banhart J (1999) Europhys News 1/1999Google Scholar
- 4.Simancík F, Kovácik J, Schörghuber F (1997) In: Banhart J (ed) Metallschäume, proc symp metal foams. MIT-Verlag/Publishing Bremen, Bremen, Germany, p 171Google Scholar
- 5.Schäffler P, Rajner W (2003) International conference “advanced metallic materials.” Smolenice, Slovakia, p 258Google Scholar
- 13.Koehler SA, Stone HA, Brenner MP, Eggers J (1998) Phys Rev E 58(2):2097Google Scholar
- 19.Pan LK, Wang CC, Hsiao YC, Ho KC (2004) Optics Laser Technol 37:33Google Scholar
- 20.Taner T, Antony J (2006) Int J Health Care Qual Assur Inc. Leadersh Health Serv, vol 19, p XXVIGoogle Scholar
- 21.Roy T (1990) A premier on the Taguchi method. Society of Manufacturing Engineers, MichiganGoogle Scholar
- 22.Bendell J, Disney WA (1989) Pridmore Taguchi methods: applications in world industry. IFS Publications, UKGoogle Scholar
- 23.Ross PJ (1988) Taguchi techniques for quality engineering. Lost function, Orthogonal experiment, parameters and tolerance design. Mc Graw-HillGoogle Scholar