Thermotolerant jet engine blade is designed for more thrust and fuel efficiency, strengthening China's aviation self-reliance ...

Jet engines work on the "suck, squeeze, bang, blow" principle, using highly pressurized air and fuel combustion to generate thrust. Engine materials have evolved from steel to nickel-chromium ...

If successful, plasma jet engines could lead to a new era of sustainable ... what’s possible in propulsion technology. Note: Materials provided above by The Brighter Side of News.

Students could research the technology of a jet engine generally and the engine featured in particular. They can then go on to look at the materials used in relation to heat resistance.

3,000 degrees Fahrenheit has no problem tearing through most materials ... the afterburner isn't engaged and the jet is flying at cruising speed, the engine acts as a typical turbojet.

In typical jet engines, about twenty fuel injection nozzles ... "These vibrations can fatigue the material, which in the worst case could lead to cracks and damage," says Abel Faure-Beaulieu ...

Mastering combustion chamber technology and accessing exotic super-alloys like nickel-based materials—crucial for withstanding the extreme temperatures of over 1,500 °C inside jet engines.

In jet engines, the interaction of flames and the sound generated ... “These vibrations can fatigue the material, which in the worst case could lead to cracks and damage,” says Abel Faure-Beaulieu, a ...