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D J. Lewis, T Pusztai, L Granasy, James A. Warren, William J. Boettinger
Abstract
This article discusses two methods for modeling eutectic solidification using the phase-field approach. First, the multi-phase field model is used to study the three-dimensional morphological evolution of binary eutectics. Performing the calculations in three dimensions allows observation of both lamellar and rod-like structures as well as rod branching as solidification progresses. The second approach models multiple eutectic grains where the crystallizing phases have an orientation relationship. This approach is a promising candidate for modeling complex solidification microstructures.
Citation
Jom
Volume
56
Issue
No. 4
Pub Type
Journals
Keywords
Eutectic, Phase Field, Solidification
Citation
Lewis, D.
, Pusztai, T.
, Granasy, L.
, Warren, J.
and Boettinger, W.
(2004),
Phase-Field Models for Eutectic Solidification, Jom
(Accessed October 8, 2025)