AIR VELOCITY DISTRIBUTION BEHIND WING-MOUNTED AIRCRAFT ENGINES
During the deicing of the tailplane of large aircraft, deicing trucks frequently pass behind the exhaust of wing mounted jet engines. Major concerns regarding the stability of these vehicles are the high air velocities and associated forces developed in the vicinity of jet engine exhaust plumes. The focus of the research reported here was to obtain working spatial distributions of these air velocities and to better understand their effect on deicing truck stability. The report contains results of research conducted in 1998-99 related to air velocity distribution in the vicinity of aircraft tailplanes, the overturning loads experienced by deicing trucks due to engine blast and air velocity distribution in the vicinity of the Boeing 777 auxiliary power unit. 19 tests were conducted on nine different aircraft models during five test sessions at Montreal, Toronto, and Atlanta airports.
Transportation Development CentreComplexe Guy Favreau, 200 Dorchester Blvd West, Suite 601
Montreal, Quebec H2Z 1X4, Canada
- Ruggi, E
- Hanna, M
- Publication Date: 1999
- Pagination: 155 p.
- TRT Terms: Air intakes; Deicers (Equipment); Deicing; Stability (Mechanics); Tails (Aircraft); Velocity measurement; Wing loading
- Geographic Terms: Atlanta (Georgia); Montreal (Canada); Toronto (Canada)
- Subject Areas: Aviation; Environment; Vehicles and Equipment;
- Accession Number: 00800997
- Record Type: Publication
- Files: TRIS
- Created Date: Oct 31 2000 12:00AM