Faculty Publications
Solidification Analysis Of Heat Sink/Chill Effectiveness In Of An Aluminum Alloy
Document Type
Article
Journal/Book/Conference Title
Foundry Management and Technology
Volume
133
Issue
3
First Page
46
Last Page
57
Abstract
The capability of external chill in preventing hot tears ad shrinkage formation by accelerating the cooling rate in critical locations of aluminum permanent mold castings was investigated. An aluminum alloyA206 wheel comprising of a massive central hub, eight cross-sectioned spokes and rim was selected as the test casting for the study. Casting density distribution in the cross section of the hub area was used to qualitatively evaluate chill effectiveness in terms of internal porosity reduction. the results suggest that different degrees of reduction of porosity in shrinkage-prone areas may be possible by promoting sequential solidification in the PM castings of aluminum A-206.
Department
Department of Industrial Technology
Original Publication Date
3-1-2005
Recommended Citation
Lerner, Yury S.; Kouznetsov, Vladimir E.; Panteleev, Gregory V.; and Berry, John T., "Solidification Analysis Of Heat Sink/Chill Effectiveness In Of An Aluminum Alloy" (2005). Faculty Publications. 2965.
https://scholarworks.uni.edu/facpub/2965