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Towards Reducing Tension-compression Yield and Cyclic Asymmetry in Pure Magnesium and Magnesium-aluminum Alloy with Cerium Addition by Sisodia, Shubham; S, Jananandhan; Pakki, Vamsi Krishna; Konkati, Chethan; Chauhan, Ankur is a scholarly article available to read on EtoBox.

What is Towards Reducing Tension-compression Yield and Cyclic Asymmetry in Pure Magnesium and Magnesium-aluminum Alloy with Cerium Addition about?

In this study, we report the effect of cerium (Ce) addition on the tension-compression yield and cyclic asymmetry in commercially pure magnesium (Cp-Mg) and Mg-Al alloy at room temperature (RT). The investigated materials Cp-Mg, Mg-0.5Ce, and Mg-3Al-0.5Ce were extruded at 400{\deg}C, followed by annealing at the same temperature for one hour. Incorporating 0.5wt.% Ce in pure Mg results in the weakening of its basal texture, uniform distribution of Mg12Ce precipitates, and grain size refinement. Consequently, the tensile yield strength and ductility of pure Mg increased, and tension-compression yield asymmetry was eliminated. However, the presence of 3wt.% Al in Mg suppresses the beneficial effects of Ce addition. The formation of complex precipitates, such as Mg-Al-Ce and Al11Ce3, limits the weakening of the basal texture, reduction in grain size, improvement in ductility, and elimination of tension-compression yield asymmetry observed in Mg-0.5Ce. Nevertheless, Al contributes to the solid solution strengthening in Mg and possibly lowers the critical stress required for twinning in Mg, resulting in the highest tensile strength of Mg-3Al-0.5Ce. Finally, the addition of 0.5wt.% Ce en

Author

Sisodia, Shubham; S, Jananandhan; Pakki, Vamsi Krishna; Konkati, Chethan; Chauhan, Ankur

Published

2023

Language

EN