Hai-Lin Chen, Lina Kjellqvist
In order to predict phase equilibria for a wide range of magnesium alloys of industrial relevance, a 23-component magnesium alloy database has been developed using the Calphad method, supplemented with key experiments and first-principle calculations. With this new magnesium alloy database, many important quaternary systems that contain the main components of important industrial magnesium alloys have been extrapolated to investigate the phase equilibria in these alloy systems. To validate the applicability of the database for magnesium alloy development, extensive calculations of solidification paths and phase equilibria have been performed for a number of multi-component industrial alloys, and compared with various experimental data such as phase fractions and phase transition temperatures. Good agreements between experimental data and calculations were obtained for many alloys, and are to be shown in this presentation.
@article{e96ae475-3c2c-42c2-8a22-c905b80c888c,
title={A MULTICOMPONENT MAGNESIUM ALLOY DATABASE FOR INDUSTRIAL ALLOY DEVELOPMENT},
author={Hai-Lin Chen and Lina Kjellqvist},
year={2026},
language={en}
}TY - JOUR TI - A MULTICOMPONENT MAGNESIUM ALLOY DATABASE FOR INDUSTRIAL ALLOY DEVELOPMENT AU - Hai-Lin Chen AU - Lina Kjellqvist PY - 2026 LA - en ER -
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