Researchers created a near-room-temperature method to make high-entropy alloys with precise control of crystal structure and morphology for custom designs. (Nanowerk News) Humans have been making ...

Succeeding in electronics manufacturing requires understanding how to make the respective components as resilient as possible during their intended uses. Often, that means using alloys in the design ...

The extreme conditions of nuclear reactors expose their structural alloys to high temperatures, stress, corrosion, and irradiation damage. Therefore, nuclear alloys require materials with high ...

The potential for material mix-ups in manufacturing and metal fabrication is very real, with movement from metal production to service centers and distributors and component fabrication to final ...

US researchers are racing to build metals that can shrug off temperatures and particle bombardment rivaling the surface of the Sun, a prerequisite for practical fusion power. By rethinking how alloys ...

Metal and metallic alloy casting is widely used for manufacturing components in high-performance industries, including automotive and aerospace. However, cast metallic alloys often exhibit limitations ...

Although metal alloys is not among the most exciting topics for most people, the moment you add the word ‘radioactive’, it does tend to get their attention. So too with the once fairly common Mag-Thor ...

Induction melting uses a magnetic field to create a flow of electrons in a conductive metal, creating resistance, which causes an increase in temperature in the metal. An attribute of induction ...

Alloyed titanium has been studied extensively and found to have suitable qualities for use as a dental cast. While some combinations of metals with titanium may not yield desirable results, the Ti-Cu ...

In metal alloys, behavior at the atomic scale affects the material's properties. However, the number of possible alloys is astronomical. Scientists developed a theoretical model that allows him to ...