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Application of Taguchi’s methods to investigate some factors affecting microporosity formation in A360 aluminium alloy casting

Savaş, Ömer / Kayikci, Ramazan

AbstractA Taguchi design investigation has been made into the relationship between the microporosity and process variables in a sand cast A360 aluminium alloy. The effects of various casting parameters including mold filling, liquid filtering, solidification time, the dissolved hydrogen level of the liquid alloy and liquid treatments of molten alloy with Sr addition were investigated. Results showed that within these five casting parameters investigated, the local solidification time and the dissolved hydrogen level of the melt were significant on the microporosity. Accordingly, the other casting parameters have been found to be less influential on the final pore size and their distribution.

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Application of Taguchi’s methods to investigate some factors affecting microporosity formation in A360 aluminium alloy casting

Savaş, Ömer / Kayikci, Ramazan

AbstractA Taguchi design investigation has been made into the relationship between the microporosity and process variables in a sand cast A360 aluminium alloy. The effects of various casting parameters including mold filling, liquid filtering, solidification time, the dissolved hydrogen level of the liquid alloy and liquid treatments of molten alloy with Sr addition were investigated. Results showed that within these five casting parameters investigated, the local solidification time and the dissolved hydrogen level of the melt were significant on the microporosity. Accordingly, the other casting parameters have been found to be less influential on the final pore size and their distribution.

Application of Taguchi’s methods to investigate some factors affecting microporosity formation in A360 aluminium alloy casting

Savaş, Ömer / Kayikci, Ramazan

AbstractA Taguchi design investigation has been made into the relationship between the microporosity and process variables in a sand cast A360 aluminium alloy. The effects of various casting parameters including mold filling, liquid filtering, solidification time, the dissolved hydrogen level of the liquid alloy and liquid treatments of molten alloy with Sr addition were investigated. Results showed that within these five casting parameters investigated, the local solidification time and the dissolved hydrogen level of the melt were significant on the microporosity. Accordingly, the other casting parameters have been found to be less influential on the final pore size and their distribution.

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Document information

Title:

Application of Taguchi’s methods to investigate some factors affecting microporosity formation in A360 aluminium alloy casting

Contributors:

Savaş, Ömer (author) / Kayikci, Ramazan (author)

Publication date:

2006-06-14

Size:

5 pages

ISSN:

DOI:

https://doi.org/10.1016/j.matdes.2006.06.008

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

English

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