Abstract
The phase-field method, being based on a diffuse representation of the phase boundaries, has emerged as a powerful tool to simulate the microstructural evolution in various materials processes during their life time. In order for a further quantitative simulation, three key points need to be fulfilled in general, i.e., (i) a quantitative phase-field model, (ii) input of the reliable thermophysical parameters, and (iii) key experimental validation. Nowadays, a quantitative phase-field model is usually available in the literature, especially after the work by Alain Karma from Northeastern University. [1] In terms of key experimental validation for the
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