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An important aspect in describing the microstructure of non-heat treatable Al wrought alloys is their constitution in the form of dissolved alloy elements or precipitated second-phase particles. These characteristic structural constituents, which practically can be subsumed as microchemistry, have an impact on the physical and, in particular, on the mechanical properties of Al materials. The present work examines the formation of constituent phases during solidification as well as the microchemical changes during a subsequent homogenization annealing of the alloy AA 3103 (AlMn1). The forming phases were statistically analyzed in a scanning electron microscope regarding their size, shape, area density and chemical composition. The results were matched with complementary characterization methods to explain the microchemical changes during solidification and the subsequent homogenization.

Development of Second-Phase Particles during Solidification and Homogenization of Aluminium Alloy AlMn1