Such rotors fall apart if spun much faster than a few million revolutions per minute, limiting the materials that can be studied with such systems. But now, researchers at MIT have developed a method ...

Rotor heads for helicopters are large and awkwardly shaped objects, and machining them from a forging is a challenging operation. When Leonardo Helicopters decided to bring manufacture of rotor heads ...

IIIF provides researchers rich metadata and media viewing options for comparison of works across cultural heritage collections. Visit the IIIF page to learn more. Edward Hebern of California designed ...

Gearing up to make even more complex molecular machines, chemists at the University of Groningen have created a molecular motor coupled to a rotor. The motor turns the attached rotor such that the two ...

Hunter’s OCL430HD rotor lathe is designed to improve medium- and heavy-duty service by machining the rotor on the vehicle. Hub-mounted service eliminates the need to disassemble the hub to remove the ...

It was a deceptively simple board — ‘Rotor machining, balancing facility.' But what surprised a team of journalists from India and France was the nearby big, long tunnel at the floor level. It had ...

MIT researchers developed a method for making tiny, precise rotors out of pure diamond crystal (far right cylinder), which can spin at far higher frequencies than rotors made from conventional ...