Scientists have succeeded in producing a dual-phase, high-entropy and high-efficiency alloy using 3D printers. This new alloy is both easier to shape and more durable.
Scientists have long found that elements in nature more efficient, working to bring them together in ways that better suit our needs. In recent years, new structures have been revealed with the more frequent use of 3D printers.
University of Massachusetts Amherst and Georgia Institute of Technology A new structure developed by has made a significant progress. Because this new alloy is both very efficient and easy to shape, but very durable.
Major breakthroughs could come in aviation, healthcare, energy and medicine
in the last 15 years high entropy alloys (HEA) It has become quite popular. These structures, which are formed by the combination of five or six different elements in roughly the same amounts, make it possible to create almost infinitely different special alloy structures. Conventional alloys, on the other hand, are formed around a major element.
The structure produced with laser-based 3D printers has high entropy. Easy to shape This structure has two phases and can be shaped quite easily. The researchers stated that it is not possible to produce large quantities with this method for now, but many potentially unexplored features can be revealed.
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In this way, scientists have discovered that both easily shaped and durable materials, especially Conservation of energy is important states that they are of great importance. The new alloy is planned to be used especially in the fields of aviation, energy, automotive and health.
Source :
https://scitechdaily.com/first-3d-printed-high-performance-nanostructured-alloy-thats-both-ultrastrong-and-ductile/