The mechanical characteristics of magnesium-based composites made by stir casting are examined in this work. Because of their versatility and low weight, magnesium alloys have attracted attention. In order to improve the mechanical properties of a molten magnesium alloy, reinforcing elements are added during the stir casting process. Magnesium was chosen as the basic alloy for the experiment because of its excellent strength-to-weight ratio and low density. Particles of aluminum oxide (Al2O3) and silicon carbide (SiC) were introduced as reinforcements in different concentrations. Stirring was done after the mixture was melted in a regulated setting to guarantee that the reinforcing agents were distributed evenly. Following solidification, specimens were ready for examination. The composite materials have significantly improved, according to the mechanical testing. The tensile strength and hardness of the composites exhibited significant improvement with an increase in reinforcing content. Composites treated with SiC showed excellent tensile characteristics and a notable improvement in strength. Conversely, Al2O3-reinforced composites showed increased hardness values, which may make them appropriate for applications requiring resistance to wear. The study emphasizes how well the stir casting process works to create composites based on magnesium that have improved mechanical qualities.
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