Comparative Study the Effect of Different Raw Powder on Foaming Process during Sandwich Rolling

Min Zhang; Chang Jun Chen; Guo Yin Zu; Guang Chun Yao

doi:10.4028/www.scientific.net/AMR.476-478.530

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Comparative Study the Effect of Different Raw Powder on Foaming Process during Sandwich Rolling
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 476-478Comparative Study the Effect of Different Raw...

Comparative Study the Effect of Different Raw Powder on Foaming Process during Sandwich Rolling

Abstract:

An element powder-Al plate sandwich rolling processing is proposed for preparation of aluminum alloy foam sandwich with a metallurgy bonding interface. By comparing the deformation characteristic and it’s effect on foaming processing by using Al, Si elements and AlSi alloy powder, and to explore the effect of different powder as raw material on preparing foam aluminum sandwich. It was found that the densification of precursor using element powder is higher than using alloy powder, and rolling deformation resistance is smaller. And it was more suitable to manufacture different types of foam core material by using element powder as raw material.

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Periodical:

Advanced Materials Research (Volumes 476-478)

Pages:

530-533

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.476-478.530

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Online since:

February 2012

Authors:

Min Zhang, Chang Jun Chen, Guo Yin Zu, Guang Chun Yao

Keywords:

Alloy Powder, Element Powder, Foam Aluminum Sandwich, Sandwich Rolling

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References

[1] Guo-yin Zu, Min Zhang and Guang-chun Yao: The Chinese Journal of Process EngineeringVol.6 (2006）p.973 "In Chinese"

Google Scholar

[2] Guo-yin Zu, Min Zhang and Guang-chun Yao：Rare Metal Materials And EngineerinVol.37 (2008） p.485"In Chinese"

Google Scholar

[3] Min Zhang , Guo yin Zu and Guangchun Yao: Journal of Functional MaterialsVol.37（2006）p.281"In Chinese"

Google Scholar

[4] Min Zhang , ChangjunChen and Guangchun Yao:Journal of Functional MaterialsVol.39（2008）p.979"In Chinese"

Google Scholar

[5] Min Zhang , Guo yin Zu and Guangchun Yao: Journal of Functional MaterialsVol.38 (2007)p.576"In Chinese"

Google Scholar

[6] Min Zhang , Guo yin Zu and Guangchun Yao: Journal of Northeastern University Vol.27（2006) p.517"In Chinese"

Google Scholar

[7] Guo-yin Zu, Min Zhang and Guang-chun Yao: Journal of Functional Materials Vol.38（2007）p.859"In Chinese"

Google Scholar

[8] Min Zhang, ChangjunChen and Guangchun Yao:Journal of Functional Materials Vol. 39(2008)p.596 "In Chinese"

Google Scholar

[9] Min Zhang , Guo yin Zu and Guangchun Yao:Nonferrous Metals Vol.60 (2008) p.14 "In Chinese"

Google Scholar

[10] Min Zhang , Guo yin Zu and Guangchun Yao: The Chinese Journal of Process Engineering Vol.7 (2007)p.628 "In Chinese"

Google Scholar

[11] Min Zhang, ChangjunChen and Guangchun Yao:Rare Metal Materials And Engineering Vol.38(2009) p.119"In Chinese"

Google Scholar