Cellular Materials - CELLMAT 2012 , 2012-11-07

Title : ( Ceramic Particles Stabilized Aluminum Foams Produced by Melt Gas Injection )

Authors: M. Malekjafarian , M. S. Abravi , H. Amini Mashhadi , M. Golestanipour , A. Sadeghi , Abolfazl Babakhani ,

Citation: BibTeX | EndNote

Abstract Composite aluminum foams reinforced with SiC particles were manufactured by injecting gas into the liquid. Microstructure and mechanical behavior of the aluminum foam were investigated by scanning electron microscopy and compression test. The results show that the both cell size and wall thicknesses augmented with increasing SiC particles content while the plateau border size decreased. With greater SiC particles content, plateau stress was larger but maximum plateau strain was lower. The stress-strain curve exhibited serrations in the plateau region.

Keywords

Keywords: Aluminum; Foam; Particulate reinforced composites; Melt spinning; Compression
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@inproceedings{paperid:1031754,
author = {M. Malekjafarian and M. S. Abravi and H. Amini Mashhadi and M. Golestanipour and A. Sadeghi and Babakhani, Abolfazl},
title = {Ceramic Particles Stabilized Aluminum Foams Produced by Melt Gas Injection},
booktitle = {Cellular Materials - CELLMAT 2012},
year = {2012},
location = {Dresden, GERMANY},
keywords = {Keywords: Aluminum; Foam; Particulate reinforced composites; Melt spinning; Compression test},
}

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%0 Conference Proceedings
%T Ceramic Particles Stabilized Aluminum Foams Produced by Melt Gas Injection
%A M. Malekjafarian
%A M. S. Abravi
%A H. Amini Mashhadi
%A M. Golestanipour
%A A. Sadeghi
%A Babakhani, Abolfazl
%J Cellular Materials - CELLMAT 2012
%D 2012

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