The phrase "airframe power" is correct and usable in written English.
It can be used in contexts related to aviation, specifically when discussing the power systems of an aircraft's airframe.
Example: "The airframe power system must be regularly inspected to ensure all components are functioning properly."
Alternatives: "aircraft power" or "airframe energy supply".
Bethune also is licensed as an airframe and power plant mechanic.
INFO: Spruce Creek airport identifier: 7FL6 noise sensitive airport; Hours Attended: 0700-1700 EST; Telephone: 386-756-6125 (Approachescurity); Approaches: GPS 5 (Pvt).; Fuel: 100LL, Jet-A Services: andframe and Power plant repair.
In Maine, Captain Aubin went back to college, picking up an associate's degree in machine tooling and a bachelor's in business management, as well as his airframe and power-plant maintenance license, relatives said.
develop, produce and market systems and components that are used in non-power airframe applications utilizing airframe and cabin structure technologies.
Aircraft fairing, High-lift device, Vortex generator, Aft pressure bulkhead, Ballute, Monocoque, Fuselage, Flight test instrumentation, Drogue parachute, Empennage, NACA cowling, Accessory drive, Flight-data acqunittion unit, Wire strike protection system, Duramold, Air data boom, Skin, Arming plug, Auxiliary power unit, Airframe, M10 smoke tank, Air brake, Longeron.
The airframe is wooden, and is powered by a standalone battery and four propellers.
This paper reviews the principal approaches used in light-weighting, along with the scope for application of light-weighting in aviation applications from power-plants to airframe components.
With certain modifications to the Tristar airframe, they could be used to power the Lockheed plane.
Important landmarks and events along the way to the invention of the airplane include an understanding of the dynamic reaction of lifting surfaces (or wings), building absolutely reliable engines that produced sufficient power to propel an airframe, and solving the problem of flight control in three dimensions.
Today's high performance aircrafts, including engine power to weight ratios, airframe strength, aircraft speed and range, are largely attributable to the use of titanium alloys with high specific strength and fracture toughness (Ezugwu and Wang 1997; Andrade et al. 2010).
