Abstract
Analytical model for isochronal phase transformation kinetics attracts much attention for its advantages and importance. Adopting an effective treatment for the so-called temperature integral, an analytical model for isochronal transformation kinetics has been developed by considering various nucleation and growth modes. After applying to the analysis of the austenite-ferrite phase transformation recorded by the high-resolution dilatometric measurements, it is recognized that the developed analytical phase transformation model could be adopted effectively to determine the nucleation and/or growth mechanism prevailing during the isochronal phase transformation processes.
Published Version
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