LYNN, Mass. — On March 22 the Army’s Improved Turbine Engine Program achieved a significant program milestone with the “light off” — the first time fuel is ignited in the engine to produce power — of ...

Successful preliminary tests pave the way for additional testing at major regional utility’s geothermal site AMERICAN FORK, Utah, May 17, 2001 — International Automated Systems, Inc., announced today ...

Optimizing the airflow within turbine engines is critical in reaching peak efficiency and performance. Airflow management guarantees that the engine operates within the design parameters, maximizing ...

Aeroderivative turbines built on aircraft-engine cores are emerging as a fast-track response to AI-era grid delays, offering ...

Gas turbine engines are integral to modern power generation and aviation, necessitating robust control systems and precise diagnostic methodologies to ensure safe, efficient, and reliable operation.

Each occupant of a turbine-powered aircraft is assumed to weigh 200 lb., thus allowing for stowed luggage and carry-on items. In the case of piston-engine airplanes, we assume each occupant weighs 170 ...

History and classifications of aero-engine -- Performance parameters of jet engines -- Pulsejet and ramjet engines -- Turbojet engine -- Turbofan engines -- Shaft engines -- High speed supersonic and ...

What happens when aircraft operate in snowy conditions?

Future U.S. armed forces must address an array of challenges that far surpass those faced in the past. Numerous security studies have described the evolving the U.S. security environment and its ...

Some benefits of re-engining programs are due to the fact that newer engine models typically embody more advanced technologies and design and manufacturing processes than were available for the ...

Some of the world’s most complicated engines were created to achieve a specific objective. These engines were built to satisfy monster power requirements or to hit a high level of performance within ...