EVER increasing demand for high efficiencies from aircraft propulsion systems drives designers to continue to strive for the improved thermodynamic efficiencies attainable only by operating at ever higher absolute temperatures. In addition to significant developments in the materials used in the last two decades, engine components must be protected by forced cooling and boundary layer control strategies. Large numbers of accurately sized and positioned small holes are essential to direct cooling air to precise positions in accurately metered amounts.
Laser Machining of Aero Engine Components
Aircraft Engineering and Aerospace Technology ; 57 , 2 ; 15-16
01.02.1985
2 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
Laser fringe anemometry for aero engine components
Tema Archiv | 1986
|ECM in Aero Engine Component Machining
Emerald Group Publishing | 1985
|Standardization of Aero-Engine Components
Emerald Group Publishing | 1943
|Robotic Assembly of Aero-Engine Components
British Library Conference Proceedings | 2008
|