Abstract
The precipitation evolution of Al-Mg-Si-Zr alloy samples was observed by transmission electron microscopy. Addition of Zr into the Al-Mg-Si alloys significantly hindered the growth of the Mg/Si particles and had a positive effect on the particle density. The higher the Zr content, the more difficult was the diffusion of the Mg and Si atoms. The sample with 0.13 wt% Zr showed the best combination of electrical conductivity (34.44 MS/m), tensile strength (198 MPa), and elongation of 17.8%.
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