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The opto-electronic complex of non-destructive testing of aircraft components

UDC 535.8 BBK 22.34

Pavlov P. V., Wolf I. E., Malov A. N.

The authors discuss ways to implement the devices of non-destructive testing of aircraft components, whose operation is based on the method of optical radiation speckle patterns. The article presents the results of field tests for the practical application of optoelectronic complex of non-destructive testing to assess the technical condition of the aircraft cockpit glazing.

Key words: non-destructive testing; optoelectronic systems; correlation; speckle; laser.

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Environmentally-friendly method of cleaning the volatile organic emissions at maintenance of aviation equipment

UDC 66.074.5(75.8) BBK 35.11.73

Mitin A. K., Nikolaykina N. E.

The research results of an original-design polymeric nozzle for cleaning the emissions of volatile organic compounds are presented. The device is recommended for vapor recovery of paint coat solvents at maintenance and repair. Cleaning efficiency is up to 99%. Results of hydrodynamic research are described, recommendations about a choice of biofilters operating mode and about their use in civil aviation are made. 

Keywords: biofilters; volatile organic compounds; emissions cleaning, environmental protection; aviation equipment service.

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Methods of reducing the impact of the working environment during the aircraft maintenance

UDC 656.7; 629.7 BBK 39.5

Khudyakov Y. G., Nikolaykin N. I.

The article considers the issues of decision support by the example of organization of technical service (for example, aviation enterprises). The purpose of these solutions is reducing the negative impact factors of the working environment. The authors propose algorithm and methods of actions of the managerial system at the enterprises to reduce occupational traumatism andoccupational morbidity. As a result the level of safety in the industry increases.

Keywords: air transport; technical service; aerotechnics; working environment; danger; occupational traumatism;occupational morbidity.

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To the question of aviation stuff training in the area of the human factor

UDC 331.45 BBK 74.204.9

Barsukov A. G.

The article deals with the meaning of sole understanding of the problem − definition of the human factor and aviation stuff training in this area. It gives a definition of the human factor and a modern approach to study its aspects used SHEL model and Ishikawa’s cause and effect chart.

Keywords: flight safety; aviation stuff; aviation system; aircraft; aviation accident; personal factor; human factor; SHEL model; Ishikawa’s chart.

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Khudyakov Yuriy Grigoryevich

Email: bimotek-h@mail.ru

Place of work: Educational and Training Center (ETC) JSC «VNUKOVO Airport», Moscow, Russia

Academic degree: Candidate of Technical Sciences

Post: Teacher of the 1st qualification category

Specialty from nomenclature of scientific specialties (Code of Higher Attestation Commission): 05.02.22 – organization of production (transport)

Scientific major: organization of production, ensuring occupational air safety

Important publications:
  1. Khudyakov Yu. G. Modelirovanie sistemy upravleniya riskami pri ehkspluatatsii opasnykh proizvodstvennykh ob”ektov / N. I. Nikolajkin, Yu. G. Khudyakov // Khimicheskoe i neftegazovoe mashinostroenie. 2012. № 10. S. 35−40.
  2. Khudyakov Yu. G. Upravlenie opasnostyami proizvodstvennoj sredy: monografiya / Yu. G. Khudyakov, N. I. Nikolajkin, V. E. Аndrusov. M.: Izd-vo «Prospekt», 2017. 175 s.

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Nikolaykina Natalya Evgenyevna

Email: nikols_153@mail.ru

Place of work: FSBEO HE «Moscow Polytechnic University», Moscow, Russia

Academic degree: Candidate of Technical Sciences

Academic status:  Full professor

Post: professor, Chair of Engineering Ecology of Urban Economy

Specialty from nomenclature of scientific specialties (Code of Higher Attestation Commission): 05.17.08 − Processes and Equipment of Chemical Technologies

Scientific major: engineering ecology, environmental safety, processes and equipment of chemical technologies

Important publications:
  1. Nikolaykina N.E. Promyshlennaja jekologija. Inzhenernaja zashhita biosfery ot vozdejstvija voz-dushnogo transporta: Ucheb.posobie / N.E. Nikolaykina, N.I. Nikolaykin, A. M. Matjagina. M.: IKC «Akademkniga», 2006. 239 s.
  2. Sal’nikov N.A. Issledovanie ochistki sani-tarno-gigienicheskoj vody v zamknutoj sisteme vo-doobespechenija letatel’nyh apparatov / N.A. Sal’nikov, N.E. Nikolaykina // Nauchnyj vestnik MGTU GA. 2016. № 225. S. 157 – 165.

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Malov Aleksandr Nikolaevich

Email: cohol2007@yandex.ru

Place of work: Federal State Budget Educational Establishment of Higher Education “National Research Irkutsk State Technical University”

Academic degree: Doctor of Physical and Mathematical Sciences

Academic status: Professor

Jobtitle: professor, Chair of Quantum Physics and Nanotechnologies

Specialty from nomenclature of scientific specialties (Code of Higher Attestation Commission):  01.04.01 – Instruments and Methods of Experimental Physics

Scientific major: holography, laser nanotechnologies, laser biophysics and medicine

Important publications:
  1. Sherstyuk V.V., Malov A.N., Maloletov S.M., Kalinkin V.V. Some principles for formation of self-developing dichromate media. Progress in Biomedical Optics and Imaging. 1989. T. 1238. C. 218.
  2. Vygovsky Yu.N., Konop S.P., Malov A.N., Malov S.N. Photoinduced phase transitions in hologram recording in layers of dichromated gelatin. Lasers Physics. 1998. T 8. №4. C. 901 – 915.

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Wolf Igor” Eduardovich

Email: wolfigor71@mail.ru

Place of work: Russian Air Force Military Educational and Scientific Center of the “N. E. Zhukovskiy and Yu. A. Gagarin Air Force Academy”, Voronezh, Russia

Academic degree:

Jobtitle: senior lecturer, Chair of Electrical Equipment (and optoelectronic systems)

Scientific major:  digital holography, non-destructive testing of optical elements of onboard optoelectronic systems, digital image processing techniques

Important publications:
  1. Vol’f I. Je. Avtomaticheskaja sistema kontrolja sostojanija jelementov osteklenija vozdushnyh sudov / I. Je. Vol’f, A. N. Malov // Izvestija Samarskogo nauchnogo centra Rossijskoj akademii nauk. 2012. T. 14. № 4‒2. S. 592‒596.
  2. Vol’f I. Je. Mul’tispektral’nyj spekl-metod issledovanija poluprozrachnyh ob#ektov / I. Je. Vol’f, A. N. Malov, A. N. Borodin // Izvestija Samarskogo nauchnogo centra Rossijskoj akademii nauk. 2009. T. 11. № 5‒1. S. 42‒45.

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Barsukov Aleksandr Grigorievich

E-mail: nach-uch@mail.ru

Place of work: Irkutsk Branch of Moscow State Technical University of Civil Aviation, Irkutsk, Russia

Academic degree, academic status: Candidate of Technical Sciences, Associate Professor

Post: professor of aircraft and engines department

Specialty from nomenclature of scientific specialties (Code of Higher Attestation Commission):   05.22.14 ‒ Air transport operation

Scientific major: aircraft flight safety

 Important publications:
  1. Barsukov A.G. Modern approach to development of management system of flight safety // Bulletin of works of IV scientific and practical conference of teachers, scientists and graduate students “Urgent problems and prospects of development of civil aviation of Russia”. December 3−5, 2013 Irkutsk: Irkutsk Branch of MSTU, 2014. P. 209−214.
  2. Barsukov A.G. The determined assessment of flight safety used “six sigma” method // Bulletin of works of V scientific and practical conference of teachers, scientists and graduate students with the international participation “Urgent problems and the prospects of development of civil aviation”, March 22-24, 2016. Irkutsk: Irkutsk branch of MSTU, 2016. P. 190- 195.Сохранить

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