Aircraft Aerodynamic Effects by Ice Accretions
DOI:
https://doi.org/10.65405/qdvym597Keywords:
aircraft icing sys. , aerodynamic parameter sys. parameter identificationAbstract
To research how ice accretion affects an aircraft's aerodynamic properties. Ice accretion has long been regarded as a serious threat to aircraft aviation safety since it can drastically change the transient response of jet airplanes. Additionally, by changing pitching moments and decreasing control surface responsiveness, ice accretion can negatively impact aircraft stability and controllability. Asymmetric ice accumulation can cause roll imbalances and dangerous flying conditions in extreme situations. The type, shape, thickness, and atmospheric conditions of the ice all affect how much aerodynamic degradation occurs. A/C use anti-icing and de-icing systems, which include thermal, pneumatic, and chemical techniques, to lessen these effects. These systems are made to stop or eliminate ice buildup.
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References
[1]-Whalen, E., Bragg, M.B. "Aircraft characterization in icing using flight test data." J. Aircr. 2005, 42, 792–794.
[2]-Authority, C.A. Aircraft Icing Handbook; Safety Education and Publishing Unit:Lower Hutt, New Zealand, 2000.
[3]- Cao, Y.; Tan, W.; Wu, Z. "Aircraft icing: An ongoing threat to aviation safety." Aerosp Sci. Technol. 2018, 75, 353–385.
[4]- D.Zmic, P. Mahapata, R. Doviak, and V. Mazur, "Aviation Weather Surveillance System": Advance Radar and Surface Sensors for Flight Safety and Air Traffic Management (American Institute of and Astronautics, Inc., Washington, DC,1999)
[5]- Y.Cao, Z. Wu, and Z.Xu, Progress in Aerospace Sciences 71,85 (2014)
[6]- S.P.Baker, J.E. Brady, D.F, Shanahan, and G.Li, AviatSpace Environ MED 80,1001 (2009)
[7]- Panamedia International Flight School (2024), ice-formation-on-aircraft
[8]-CAA Vector, 1997 Issue 3. New Problems with Ice – Dan Manningham.
[9]- FAA Flight Standards Handbook, Bulletin Number HBAT 98-21. Relief of Icing Fuel Penalties Associated with Critical Fuel Calculations for ETOPS
[10]- Handling effect of aerodynamic icing (2016), aircrafticing.grc.nasa.gov
[11]- T.S. "Board Determining the Effects of Weather in Aircraft Accident Investigations", (1986)
[12]-J.R. Nicholson et al. Atmospheric sciences program at NASA Kennedy Space Center. ,(1988)
[13]- E. Mandel Severe weather-impact on aviation and FAA programs in response, (2012)
[14]-G. Forbes et al. Weather support for the space program ,(2022)
[15]-T.P. Ratvasky et al. "Icing Effects on Aircraft Stability and Control Determined from Flight Data," Preliminary Results, NASA TM 105977 (January 1993)
[16]-T.P. Ratvasky et al. NASA/FAA Tailplane Icing Program Overview ,(1999)
[17]- R.J. Ranaudo et al "The Measurement of Aircraft Performance and Stability and Control After Flight Through Natural Icing Conditions," (1986)
[18]-H.E. "Addy Ice Accretions and Icing Effects for Modern Airfoils", (2000)
[19]-M. Papadakis et al "Aerodynamic performance of a swept wing with ice accretions", ( 2003)
[20]-M.B. Bragg et al. "Effect of Ice Accretion on Aircraft Flight Dynamics", (2000)
[21]- Federal Aviation Administration AC Deicing and Anti-icing Training and Checking, (1994)
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