4 articles in this category
You train a machine-learned potential on a handful of binary alloys. It nails the energy and forces—good. Then you try a ternary, maybe a quaternary, ...
If you've ever trained a surrogate model on refractory alloy data and then asked it to predict properties near the melting point, you've probably seen...
Imagine you are designing a new high-entropy alloy for a jet engine turbine blade. The composial looks promising on paper — a balanced mix of cobalt, ...
Refractory alloys power jet engines, nuclear reactors, and hypersonic vehicles. They operate at temperatures where steel would melt like butter. For d...