Nanomaterials shape up
University of California engineers work to reassemble metal atoms into predictable shapes.
Magazine Column
Look Ahead
Fine-tuning alloys for high temps
Breakthrough research promises to advance the design of high-temperature alloys with exceptional mechanical stability.
Making an eco-friendly industrial compound
Without needing high temperatures or toxic catalysts, scientists in Japan have developed a chemical reaction that produces high yields of a compound used in a wide variety of industries.
Making turbines more efficient
Scientists in Japan study metals with niobium silicide in hopes of developing more high-tolerant turbine components.
Organic molecules help cutting
Researchers at Purdue University have come up with a solution for cutting 'gummy' metals
Designing metal alloys
Massachusetts Institute of Technology research study finds that many alloy combinations previously ruled out as unviable are in fact feasible.
Building on a beetle
Being run over by a car is not a near-death experience for a diabolical ironclad beetle. How it survives could inspire the development of materials with the same herculean toughness.n
Developing high-entropy alloys
Research team applies artificial intelligence to create high-entropy alloys.
Smart sensor manages fluid
Fluid management system sensor can help increase the life of coolant and reduce the number of rejected parts
Future might see e-Organics
New organic material promises faster technology.
Tiny chip delivers large
A 1.5 mm × 1 mm chip that consumes just 28 microwatts and has a range of up to 21 m has potential for manufacturing applications.
Reusable respirators
Companies partner against COVID-19 to develop reusable metal filters for respirators.