Aluminium crossover alloys are one of the more interesting recent developments in light metals. Rather than staying within the traditional wrought families, they deliberately blend the chemistries of the AA5xxx and AA7xxx systems, and in doing so they form the compositionally complex T-phase, Mg32(Al,Cu)49, which gives a remarkable hardening response and has already attracted serious … Continue reading On the 3D printing of novel aluminium crossover alloys
Tag: solidification
The Spirit of Metallurgy at 75 Years Strong
Professor Peter J. Uggowitzer was never officially my mentor or supervisor -- neither during my studies nor in my former postdoc in Leoben. Yet, his presence and friendship over all these years have profoundly shaped both my personal and professional life. Through him, I learned not just metallurgy, but how to think metallurgy -- how … Continue reading The Spirit of Metallurgy at 75 Years Strong
Unlocking processability of recycled crossover aluminium alloys
Aluminum crossover alloys are an emerging class of materials designed to deliver a broad and balanced combination of mechanical strength, corrosion resistance, and formability. By blending the characteristics of traditional alloy families - 5xxx and 7xxx series alloys - they open new possibilities for high-performance applications in transportation, energy, and structural components. This versatility also … Continue reading Unlocking processability of recycled crossover aluminium alloys



