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- Article name
- Physical and mechanical solidity of structure and properties of high strength polymeric composite materials
- Authors
- APEKSIMOV N.V., , heknegative@mail.ru, State Academy of Fine Chemical Technologies named after M. V. Lomonosov, Moscow, Russia
TROFIMOV A. N., , info@npostek.ru, Open stock corporation "NPO Stekloplastik", Andreevka, Moscow Region, Russia
SIMONOV-EMELYANOV I. D., , Simonov@mirea.ru, MIREA - Russian Technological University (Lomonosov Institute of Fine Chemical Technologies), Moscow, Russia
SOKOLOV V. I., , info@npostek.ru, Open Joint Stock Company "NPO Stekloplastik", Andreevka, Moscow Region, Russia
SHALGUNOV S. I., , info@npostek.ru, Open Joint Stock Company "NPO Stekloplastik", Andreevka, Moscow Region, Russia
ANDREEVA T. I., , dir@instplast.ru, Open Joint Stock Company "G.S. Petrov Institute of Plastic ", Moscow, Russia
- Keywords
- polymeric composite materials / polymeric matrixes / reinforced fibrous fillers / physical and mechanical properties / solidity coefficient
- Year
- 2019 Issue 2 Pages 30 - 36
- Code EDN
- Code DOI
- Abstract
- The physical and mechanical solidity concept of the high-strength polymeric composite materials (PCM) is considered and calculation formulas for their definition are given. Calculated values of characteristics for various nature polymeric matrixes, realization coefficient of PCM matrix properties and solidity coefficient for PCM on the basis of polymeric matrixes and reinforcing fillers are given. A good correlation of properties of PCM with the solidity coefficient was established, that allows to choose the optimum reinforcing fillers, to design the compositions of polymer matrices and composites with a high of solidity coefficient and operational properties.
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