GE Aerospace has secured over three million hours on U.S. Department of Energy exascale supercomputers to advance new jet engine technologies. The company uses the Frontier and Aurora supercomputers to conduct simulations that were previously impossible, accelerating innovation in commercial aviation.
Arjan Hegeman, VP of Commercial Future of Flight Engineering at GE Aerospace, says: “Developing next-generation aviation technologies for a safer, more energy-efficient industry requires game-changing engineering capabilities.”
GE Aerospace is working with Boeing and NASA to model Open Fan engine integration with aircraft, optimising efficiency noise reduction, and performance. Open Fan is part of the CFM RISE program, a GE Aerospace-Safran Aircraft Engines joint initiative, aiming for over 20% better fuel efficiency and full compatibility with 100% SAF (Sustainable Aviation Fuel).
GE Aerospace has collaborated with the Department of Energy for over a decade, demonstrating the role of high-performance computing in aviation design. The use of Frontier and Aurora represents a major step in the company’s push for next-generation propulsion technology.
Contact details from our directory: | |
GE Aerospace Engines | Turbofan Engines, Turbojet Engines, Turboprop Engines, Turboshaft Engines |
CFM International Inc. | Turbofan Engines |
Safran Aircraft Engines | Turbine Engine Blades, Turbofan Engines |
Boeing Company | |
NASA Langley Research Center | Research/Consulting Services, Testing Services, Wind Tunnels |
Related directory sectors: |
Engines |
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