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- Article name
- Empirical estimate of dissipated ability of nanocomposites in high pulse action
- Authors
- RYBIN A. A., , dylatonimpact@yandex.ru, Moscow Aviation Institute (National Research University), Mosсow, Russia
CHERVYAKOV A. A., , dylatonimpact@yandex.ru, Moscow Aviation Institute (National Research University), Mosсow, Russia
POKIDKO B. V., , pokidko2000@mail.ru, Lomonosov Moscow University of Fine Chemical Technologyies, Mosсow, Russia
FEDOROV B. V., , dylatonimpact@yandex.ru, OOO «CST «Bronnik», Klimovsk, Moscow region, Russia
LVOV V. V., , Levziv@yandex.ru, OOO «CST «Bronnik», Klimovsk, Moscow region, Russia
- Keywords
- dynamic loading / dissipation / energy / pressure pulse / gel composition / nanocomponents / chart of pressure / energy absorption / electro-hydraulic effect
- Year
- 2016 Issue 1 Pages 51 - 55
- Code EDN
- Code DOI
- Abstract
- Suggestions on elaboration of approach to empirical estimator of energy absorbing effectiveness by specialized types of composite materials (CM), in which as a structural components using gel nanocompositions with high dissipative properties are expounded. The principle of high speed loading by high pressure pulse directed at gel samples in the micro- and millisecond range of duration is proposed. This pressure impulse can be adjusted by changing the excitation parameters. The dynamic diagrams indicate the response to this kind of loading of actual composition material based on polyethyleneglycol and organoclay nanoparticiples. In the gel compositions on the internal structural level detected manifestation of active dissipative mechanisms.
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