Jonathan Woolley, Ph.D. - Publications

The Interfacial Heat Transfer Coefficient of Metal Castings - A Literature Review

Jonathan W. Woolley and Keith A. Woodbury

American Foundry Society Transactions, Volume 115

ABSTRACT

For decades now, the inverse heat conduction problem has been applied to estimate the interfacial heat transfer coefficient of metal castings.  This technique has been applied by numerous researchers to various casting techniques and alloys.  This paper is a review of related literature and a summary of previous work.  Over 100 papers related to the determination of the metal/mold interfacial heat transfer coefficient for various metal casting systems have been briefly reviewed.  Emphasis is placed on the solution method to find the interfacial heat transfer coefficient or heat flux, the handling of sensitivity issues and the reported results.
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