Researchers push metals to their limits

Modern aircraft and power generation turbines depend on precision-machined parts that can withstand harsh mechanical forces in high-temperature environments. In many cases, higher operating temperatures lead to more efficient ...

Molybdenum titanium carbide viable in additive manufacturing

Oak Ridge National Laboratory scientists proved molybdenum titanium carbide, a refractory metal alloy that can withstand extreme temperature environments, can also be crack free and dense when produced with electron beam ...

Army research lights the way for new materials

What happens when gold and silver just don't cut it anymore? You turn to metallic alloys, which are what Army researchers are using to develop new designer materials with a broad range of capabilities for our Soldiers.

Discovering the next generation of catalysts

The use of solar and wind energy must be doubled to meet the world's demand for clean energy over the next 30 years. Catalysts that can ensure the storage of solar and wind energy in fuels and chemicals will therefore play ...

Magnetic material 3D-printed from nonmagnetic powder

Scientists from Skoltech and their colleagues have used a 3D printer to fuse two materials in an alloy whose composition continuously changes from one region of the sample to the other, endowing the alloy with gradient magnetic ...

J-2X test series proves part integrity

Engineers at NASA's Marshall Space Flight Center gave a key component of the J-2X engine a brisk workout to ensure it can withstand its extreme operating environment. The engine's fuel turbopump first stage nozzle passed ...

Nano-sculptures for longer-lasting battery electrodes

Liquid metals can be fairly good atom thieves. Scientists use a liquid metal technique to selectively remove elements from a block of well-mixed metals and create intricate structures. However, researchers didn't know how ...

The secret to improving liquid crystal's mechanical performance

By deliberately interrupting the order of materials - by introducing different atoms in metal or nanoparticles in liquid crystals - we can induce new qualities. For example, metallic alloys like duralumin, which is composed ...

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