Modeling Metallic Microstructure Using Moving Finite Elements
Andrew Kuprat, J. Tinka Gammel
Abstract
We present an efficient method for anealing 3d metallic grains using Gradient Weighted Moving Finite Elements (GWMFE). The initial grain microstructure is generated from Monte-Carlo evolution of a an effective discrete model on the initial (frozen) unstructured grid generated for the external geometry of the GWMFE calculation.
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