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Optimization of Squeeze Casting Process for Aluminum Alloy Parts

ABSTRACT
The objective of this project is apply fundamental heat and mass transfer principles to the squeeze casting process to optimize the variables and improve the quality of the castings manufactured by this process. Squeeze casting is a new and developing casting technology suitable for manufacturing light weight structural aluminum castings needed for the production of advanced components in applications such as the automotive industry. Squeeze casting has the advantages of conventional die castings, but also provides weight reduction along with pressure tightness. It achieves mechanical properties with low levels of oxide inclusions and a fine microstructure obtained by rapid solidification. The process also produces the net shape parts that have close final dimensions. This is particularly true for the pressure die casting of aluminum alloys. Because squeeze casting is a relatively new process, much work needs to be done to better understand the fundamentals of the process in order to optimize the variables.
RELATED REPORTS
PERFORMING ORGANIZATION
Case Western Reserve University
CONTACT INFORMATION
Steve Udvardy
North American Die Casting Association
241 Holbrook Drive
Wheeling, IL  60090
website: www.diecasting.org

phone: (847) 279-0001
fax: (847) 279-0002
email: udvardy@diecasting.org

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