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AI MATERIALS
AI and 3D Printing Combine to Forge the Strongest Aluminum Alloy Yet
MIT’s engineers have created a printable aluminum alloy that’s five times stronger than conventional metal, unlocking new potential for aerospace and energy sectors
In the realm of material science, revolutions rarely come in the form of a single breakthrough; they emerge at the intersection of innovation, computation, and necessity. MIT engineers have recently achieved one such landmark: the creation of a printable aluminum alloy that is five times stronger than traditional aluminum and capable of withstanding high temperatures.
This advancement not only redefines what is possible in 3D-printed metals but also sets the stage for a lighter, more efficient future in aerospace and other industries where weight and durability are paramount.
The Challenge with Aluminum & Additive Manufacturing
Aluminum has long been prized for its low density, corrosion resistance, and affordability. It is a staple of aerospace engineering, automotive design, and manufacturing, the metal that built much of the modern world. However, despite its ubiquity, aluminum has one major…
