GE Aerospace is developing a narrowbody hybrid electric architecture that embeds electric motor/generators in a gas turbine ...

GE Aerospace completes NASA-supported ground tests of a hybrid electric turbofan engine, advancing electric propulsion for ...

GE Aerospace has completed initial ground testing of a turbine-based hybrid-electric propulsion system at its Ohio facility, demonstrating power transfer capabilities that exceeded NASA technical ...

The aerodynamic performance of inlet ducts in turbofan engines remains a pivotal research area, as it directly influences overall engine efficiency, noise levels, and operational safety. Inlet ducts ...

GE Aerospace announced today a new test milestone for hybrid electric aviation, successfully demonstrating power transfer, extraction, and injection in a high-bypass commercial turbofan engine.

China's Aero Engine Corporation of China (AECC) has announced that it has test-fired its new 1,322-pound (600-kilogram) thrust turbofan engine for the first time. The announcement was made on WeChat ...

Both companies make engines that power narrow-bodies, but have different design philosophies.

Looking at how commercial aircraft engines have evolved over time.

The race to field reusable hypersonic aircraft got a whole lot hotter last month, with GE Aerospace announcing a breakthrough in high-speed jet engine design that could potentially allow conventional ...

Turbofan engines represent a pinnacle of modern aero‐propulsion technology, with aerodynamic performance playing a crucial role in achieving improved fuel efficiency, reduced emissions and enhanced ...