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Risk Assessment of Aircraft’s Lateral Veer-off the Runway Surface during Landing

DOI: 10.4236/ojapps.2023.138098, PP. 1246-1256

Keywords: Risk, Runways, Veer-off, Aircraft, Design

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Abstract:

This article presents a methodology to determine the risk of aircrafts lateral runway excursion during landing via mathematical risk modeling. In addition, the methodology is demonstrated by means of detailed calculation of the lateral runway excursion risk value during the landing of the aircraft Airbus A310-200, in view of the maximum landing weight and the appropriate range of landing velocities according to the International Civil Aviation Organization specification. Obviously, the calculation demonstrates that the developed math solutions and equations presented herein are powerful tools to evaluate the risk of lateral runway excursion of the majority of aircrafts and for any airport. The method is also applicable to assess the residual level of risk at any specific airport and its deviation compared to the recommended safety level. Consequently, the presented mathematical solutions to determine the risk rate of lateral runway excursion during landing offers airports’ operational and safety management departments

References

[1]  International Civil Aviation Organization Montréal, Canada ICAO Safety Report (2020). 5-64.
https://www.icao.int/safety/Documents/ICAO_SR_2020_final_web.pdf
[2]  Manuel Ayres Jr., et al. (2015) A Guidebook for Safety Risk Management for Airports. ACRP Report 131. Transportation Research Board, Washington, D.C.142-145.
https://skybrary.aero/sites/default/files/bookshelf/3520.pdf
[3]  Manuel Ayres, Jr., et al. (2014) Development of a Runway Veer-off Location Distribution Risk Assessment and Reporting Template. ACRP Report 107. Transportation Research Board, Washington, D.C .38-121.
https://nap.nationalacademies.org/catalog/22411/development-of-a-runway-veer-off-location-distribution-risk-assessment-and-reporting-template
[4]  Stolyarov V., et al. (2017) Calculation Examples of Highways’ Geometric, Transport-Operational and Strength Parameters Based on the Theory of Risk. I, Design, Saratov State Technical University, City of Saratov, The Russian Federation, SSTU, 156-270p+18+262+154+88+262.
https://www.studmed.ru/stolyarov-vv-proektirovanie-avtodorog-s-uchetom-teorii-riska-chast-i_f89645f4e40.html
[5]  Design and Installation Details for Airport Visual (2018) FAA Advisory Circular. AC No. 150/5340-30J, A-35P.
https://www.faa.gov/documentLibrary/media/Advisory_Circular/150-5340-30J.pdf
[6]  Aerodrome Design Manual (2020). Part 1, Runways, Fourth Edition. ICAO Doc 9157, ISBN 978-92-9265-232-6, A1-5, 86p.
https://standart.aero/en/icao/book/doc-9157-p-1-aerodrome-design-manual-part-1-runways-en-cons
[7]  Aerodrome Design Manual (2005) Part 2, Taxiways, Aprons and Holding Bays, Fourth Edition. ICAO Doc 9157, ISBN 978-92-9265-232-6, 39, 157p.
https://standart.aero/en/icao/book/doc-9157-p-2-amendment-no-1-ed-4-en-9010

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