Temperature dependent plastic deformation of

This research explores the temperature-dependent plastic deformation of magnesium through micro-pillar compression techniques, aiming to enhance the understanding of its mechanical behavior under varying thermal conditions. Given magnesium's growing importance in various engineering applications due to its lightweight and high strength-to-weight ratio, the study's objective is to investigate how temperature influences the deformation mechanisms at the micro-scale. The methodology involved fabricating micro-pillars of magnesium and conducting compression tests at different temperatures to observe changes in yield strength and ductility. Statistical analysis of the results indicated a marked decrease in yield strength with increasing temperature, highlighting the role of thermal activation in plastic deformation. The findings reveal that temperature plays a crucial role in modifying the deformation characteristics of magnesium, with implications for its performance in real-world applications. This work contributes to the existing body of knowledge regarding magnesium's mechanical properties and sets the groundwork for future studies focused on optimizing its use in structural applications.