The phrase "airframe technology" is correct and usable in written English.
It can be used when discussing the design, construction, and maintenance of the structural components of an aircraft.
Example: "Advancements in airframe technology have significantly improved the safety and efficiency of modern aircraft."
Alternatives: "aircraft structure technology" or "aircraft frame technology".
The jets of World War II inaugurated the first generation of jet fighters, in which turbojet propulsion was applied to existing airframe technology and aerodynamics.
Emissions trading will become a reality in three years' time and advances in engine and airframe technology, lower carbon fuels and operational changes will all have major effects on the industry's carbon footprint.
Evolutionary developments of engine and airframe technology have resulted in a positive trend of fuel efficiency improvements.
Currently the evolutionary developments of engine technology, airframe technology, and use of advance light weight alloys and composite material, have resulted in a positive trend of fuel efficiency improvements.
They are declined in four major actions to support: 1. promoting research and development into new low noise engine and airframe technologies; 2.
promoting research and development into new low noise engine and airframe technologies; implementing the regulatory framework agreed by the International Civil Aviation Organization ICAOO) using the balanced approach to noise management; implementing EU Directives which require periodic noise mapping; the use of economic instruments which should have no limitations for long-term benefits.
With initial funding from Boeing and JetBlue Technology Ventures, Zunum plans to start that process with smaller, 10-passenger aircraft and then scale up the airframes as technology improves.
Also, they should encourage for continued investment in airframe and engine technology.
As a result, a revolutionary change in the technology of airframe production occurred, shifting from "job shops" with craft labour to assembly lines with workers of lesser skills.
To realize the potential benefits of additive manufacturing technology in airframe and ground vehicle applications, the fatigue performance of load bearing additively manufactured materials must be understood.
Presently, in alignment with the permanent need to maximize endurance and payload capacity in unmanned aircraft, the industry faces the demanding challenge to explore new airframe design and manufacturing technologies to reduce the maximum take-off weight.
