Abstract
A possible method to create an ultra-fine grain microstructure and enhance the material's characteristics is equal channel angular pressing (ECAP). The number of variables, including the processing route, die angle, number of passes, and operation temperature, are critical in order to analyze the mechanical behaviour and microstructure of the material deformed by the ECAP process. The development of the Mg alloy microstructure and its mechanical characteristics following the ECAP approach have received particular attention. It was found that producing finer microstructure with superior mechanical properties at lower temperatures, more passes, and a smaller die angle is possible. The impact of equal channel angular pressing parameters on the mechanical characteristics and microstructure of Mg alloys is thus briefly summarised in this review paper.
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