With the push toward sustainable flight, hydrogen has emerged as a promising alternative. It carries more energy per kilogram ...

Hydrogen produces more energy per kilogram than conventional jet fuel and emits no carbon dioxide when burnt, making it ...

Researchers at the FAMU-FSU College of Engineering have designed a liquid hydrogen storage and delivery system that could ...

In a recent collaboration, Turbotech, Safran, and Air Liquide teamed up to validate the feasibility of using liquid hydrogen to power a turbine engine for light aircraft. Nearly a year ago to this ...

Research into “compact engine core” designs have focused on the durability of high-pressure turbine airfoils, toward more ...

The test campaign of HPT blades and nozzles demonstrated improved durability and fuel efficiency compared to conventional ...

At one of its most-watched hybrid-electric aero power and propulsion system programs, work is underway to develop a formidable system that could power future aircraft ... gas turbine, a 2.5 ...

Collins Aerospace and Pratt & Whitney have unveiled a new power and cooling system for the proposed upgraded ... in savings compared to replacing the aircraft’s entire engine.

Parker Hannifin Corporation, announced precision cooling units for wind turbines, utilizing two-phase evaporative cooling technology for large and offshore wind turbines. Parker Hannifin ...

The data from these experiments is crucial for designing efficient heat exchangers that will be used in liquid hydrogen-powered aircraft ... a separate cooling system, the design routes the ...