An overview of the prospects for the use of glazing products of aviation technology based on silicate, organic, polycarbonate glasses from the standpoint of strength, main sources of loading and the most vulnerable points is presented, proposals for improving their strength reliability are described.
Cand. tech. Sci. I. V. MEKALINA
1 (
e-mail: This email address is being protected from spambots. You need JavaScript enabled to view it. ), Cand. tech. Sciences N.O. YAKOVLEV
1 , Cand. tech. Sciences G. M. KHARITONOV
2 , OI KHITROVA
2 ;
1 FSUE & # 171; All-Russian Research Institute of Aviation Materials & # 187; State Scientific Center of the Russian Federation (FSUE & # 171; VIAM & # 187; State Research Center of the Russian Federation) (Russia, Moscow)
2 JSC & # 171; Flight Research Institute. M. M. Gromova & # 187; (JSC & # 171; LII named after M. M. Gromov & # 187;) (Russia, Zhukovsky, Moscow region)
Kablov E.N. Strategic directions for the development of materials and technologies for their processing for the period up to 2030 // Aviation materials and technologies. 2012.? S. S. 7? 17.
Kablov EN, Yakovlev NO, Mekalina IV, Kharitonov GM The relaxation behavior of polymer glass based on polymethylmethacrylate and its consideration in the strength calculation of aircraft glazing // Polymer Science. Ser. D. 2017. V. 10. N 2.P. 200? 205.
Kablov EN Materials and chemical technologies for aviation technology // Bulletin of the Russian Academy of Sciences. 2012. T. 82.? 6.S. 520? 530.
Kablov EN Aviation and space materials science // All materials. Encyclopedic reference book. 2008.? 3.S. 2? 14.
Kablov EN Aviation materials science: results and prospects // Bulletin of the Russian Academy of Sciences. 2002. T. 72.? 1.S. 3? 12.
Kablov EN Innovative developments of FSUE? VIAM? SSC RF for the implementation of? Strategic directions for the development of materials and technologies for their processing for the period up to 2030? // Aviation materials and technologies. 2015.? 1.S. 3? 33.
Kharitonov GM, Khitrova OI, Erasov VS et al. Influence of operating conditions of loading on the elastoplastic characteristics of aviation organic glazing // Aviation Industry. 2006.? 2.S. 43? 48.
Gorelov Yu. P., Mekalina IV, Trigub TS et al. Chemical modification of transparent acrylate polymers to improve the performance properties of aircraft glazing parts // Russian Chemical Journal. 2010. T. LIV. ? 1.P. 79? 84.
Yakovlev NO, Mekalina IV, Sentyurin EG Peculiarities of resilient highly elastic deformation of organic glasses with linear and rarely cross-linked structure // Inorganic Materials: Applied Research. 2015. V. 6. N 4. P. 336? 342.
Petrov AA, Mekalina IV, Sentyurin EG, Bogatov VA Study of the peculiarities of manufacturing glazing parts from partially cross-linked organic glasses // Aviation materials and technologies. 2013.? 2.S. 32? 34.
Mekalina I. V., Sentyurin E. G., Klimova S. F., Bogatov V. A. New? Silver resistant? organic glass // Aviation materials and technologies. 2012.? 4.S. 45? 48.
Kharitonov GM, Yakovlev NO, Mekalina IV Influence of physical and mechanical characteristics of plexiglas on stresses in aircraft glazing during aerodynamic heating // Aviation materials and technologies. 2015.? S1. S. 56? 60.
Sentyurin EG, Mekalina IV, Petrova AP, Frolkov Yu. A. How the transparent aviation armor was created // Tr. VIAM: electron. scientific and technical magazine. 2015.? 5. Art. 12. URL: http://www.viam-works.ru (date of access: 03.02.2017).
Kharitonov G.M., Khitrova O.I., Yakovlev N.O., Erasov V.S. Regularities of the behavior of SE deformations in aircraft glasses made of linear and crosslinked polymers under alternating loadings // Aviation Industry. 2011.? 3. P. 7.
Kharitonov GM, Khitrova OI Flight research of temperature fields and stresses in the glazing of aircraft lanterns. Trudy LII. 1984.? 464. P. 51.
Kharitonov GM, Khitrova OI Operational stresses in multilayer glazing products for aircraft lanterns // Air Fleet Technique. 1996? 3? 4.S. 35? 39.
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