Accident Risk Assessment for Highly Reliable Aviation Systems in Emergency Situations

1. Advisory Circular (2006) AC № 120-92 (AFS-800) of FAA USA 06/22/06, {AC 120-59A, AC 120-66 (ASAP), AC 120-79}. MAK (11-12 October) 2006.Search in Google Scholar

2. Airbus FAST (2005) (Technologies in SMS). EASA (December 2005) - www.airbusworld.comSearch in Google Scholar

3. Amer, Y. (2012) 10 Things You Should Know about SMS. FAA, Washington, 2012.Search in Google Scholar

4. Austrian Standards: ONR 49000:2010 (2010) Risk Management for Organizations and Systems. ASI. 2010. pp. 12–21 (English).Search in Google Scholar

5. ECAST (2012) Component of ESSI, European Strategic Safety Initiative. Guideline on the identification of danger. (Dynamics methods of Helicopter movement Simulation) EASA. 2012.Search in Google Scholar

6. Everdij, M.H.C., Scholte, J.J., Zmarrou, H. (2013) General system of Risk evolution and Control, proposed by FAA with recommendation of NASA: NLR, NLR-CR-2011-110. May 2013.Search in Google Scholar

7. Gipich, G.N., Kuklev, E.A., Evdokimov, V.G., Shapkin, V.S. (2013) Risks and safety of the aviation systems. Monograph. ISBN 978-5-903865-10-9. LTD. Publishing is a printed of “INSOFT”. Moscow: Gos NII GA. 232 p.Search in Google Scholar

8. IATA Safety Report (2014) ISBN 978-92-9252-582-8. Montreal—Geneva. 2015, 142 p.Search in Google Scholar

9. ICAO Conference of higher level of Flight Safety (2010) (A37-WP/1P/1 – Appendix A, 13/7/10), Montreal (Canada).Search in Google Scholar

10. International Programs. (2006) International programms PALM, TERASEC: www.aireurosafe.com. Preprint of MAK (iac) about Airbus Seminar for Civil Aviation Authorities in Moscow of CFIT, ALAR Tool kits – EASA, JAA (OAA). Moscow - MAK.Search in Google Scholar

11. Khalkis, V. (2005) Main directions of Risk estimations in different Working spheres of activities. Riga, “SIA Jelgavas typography”. Project in view of the directive EU 89/391/EEC. 2005. 74 p.Search in Google Scholar

12. Malinowski, G.G., Kulba, V.V., Kosachenko, S.A., Shnirman, B. E. (2000) Management by a risk. Risk. Steady development. Synergy. Moscow: Science – “Series of cybernetic. Engineering”, 431 p.Search in Google Scholar

13. Levesohn, Nancy G. (2013) Engineering a Safer World. Systems Thinking. Applied to Safety. The MIT Press. Cambridge - Massachusetts. London, 2013.Search in Google Scholar

14. Probabilistic Risk Assessment (PRA) (2002) Procedures Guide for NASA Managers and Practitioners – Office of Safety and Mission Assurance NASA. Washington, DC 20546 – August. 2002 (Version 1.1).Search in Google Scholar

15. Report of Gos NII AS (2010) OOO ‘Rinnicom” - V.G. Dudnikc, Moscow (in Russian).Search in Google Scholar

16. Smurov, M.U., Kuklev, E.A., Evdokimov, V.G., Gipich, G.N. (2012) Safety of flights of civil aviation aircrafts taking in to account the risks of origin of negative events, Transport of Russian Federation. № 1 (38). SPb: 2012, p.54-58.Search in Google Scholar

17. Standard of Main Aviation Risk estimation in SMS. (2012) Flight Safety Foundation – version 4, Airbus FAST (2005) (technologies in SMS). EASA (December 2005) - www.airbusworld.com.FAA apr. 2012.Search in Google Scholar

18. The Little Oxford Thesaurus (2006) OUP Oxford: 3 edition. ISBN-10: 0198614497Search in Google Scholar