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- Article name
- Properties of carbon fibers composite basis on biaxial volume reinforcing braiding preformy for manufacturing of elements of tubular construction
- Authors
- BYSTRIKOVA D. V., , dariabystrikova2015@yandex.ru, Moscow University of Technology (Institute of Fine Chemical Technology), Moscow, Russia
DONETSKIY K. I., , doneckijki@viam.ru, All-Russian Scientific Research Institute of Aviation Materials of National Research Center "Kurchatov Institute", SRC RF, Moscow, Russia
MISHCHUN M. I., , mishun.mihail@yandex.ru, All-Russian Scientific Research Institute of Aviation Materials of National Research Center "Kurchatov Institute", SRC RF, Moscow, Russia
KARAVAEV R. Y., , romankaravaev@yandex.ru, FSUE "All-Russian Scientific Research Institute of Aviation Materials" of National Research Center "Kurchatov Institute", Мoscow, Russia
- Keywords
- polymer composite materials / binder / structural elements / pressure impregnation / volume-reinforcing braided preform / out-of-autoclave molding / physical and mechanical properties / impregnation / porosity
- Year
- 2022 Issue 2 Pages 8 - 14
- Code EDN
- AVHURV
- Code DOI
- 10.52190/2073-2562_2022_2_8
- Abstract
- Ways to reduce the cost of polymer composite materials (PCM) are considered. One of the ways to reduce the cost is to replace fairly expensive and resource-intensive autoclave molding on alternative babulling processes. Replacement often used in aircraft industry of tubular parts of designs on carbon fibre, executed with use volume reinforcing braiding preform, will provide decrease in weight characteristics of products and will allow to implement the automated processes of production. The properties of carbon fiber based on a volume-reinforcing wicker preform and molten epoxy both on flat plates of so and tubular elements.
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