Recent news sees the US Airforce being the first to implement 3D-printed parts into an aircraft engine design (Reim, 2020). The process of 3D printing metal, also known as direct metal laser sintering ...

Metallic materials are fundamental to advanced aircraft engines. While perceived as mature, emerging computational, experimental and processing innovations are expanding the scope for discovery ...

And when I worked at GE Aircraft Engines, no single engine design could be configured in a 4.4X range of thrusts, like 25 to 110K; maybe 1.5x (55,000 to 78,000). vince May 23, 2023 10:16 PM We ...

Hermeus designed the engine, built it, and conducted the test in 21 months. The feat cost $18 million, a small fraction of the cost of typical military projects run by large defense firms.

German aircraft engine manufacturer MTU Aero Engines is buying the Hamburg-based automated inspection and measurement technology company 3D.aero, it announced on Tuesday. The financial details of ...

The GE9X is, by no doubt, one of the most powerful aircraft engines to date. Its first ground test was in April 2016, and its first flight was in March 2018 on a Boeing 747-400.

Parts from former Royal Air Force Tornado GR4 aircraft have been ground down and converted into 3D printable material for use in the United Kingdom’s sixth generation Tempest manned fighter jet.

Despite recent advances in technology, engines will not generally last the entire lifespan of the aircraft. Some commercial ...

A 3D-printed Rocket Engine successfully passed the advanced-level experiment. Skyroot is a private manufacturer of aircraft. The fire test was conducted on Dhawan-II, a fully 3-D printed cryogenic ...