Detail publikace
APLIKACE NAVÍJENÍ KOMPOZITNÍCH VLÁKEN PŘI VÝROBĚ KŘÍDLA KATEGORIE CS-22
CEJPEK, J. MALIŠ, M. URÍK, T.
Český název
APLIKACE NAVÍJENÍ KOMPOZITNÍCH VLÁKEN PŘI VÝROBĚ KŘÍDLA KATEGORIE CS-22
Anglický název
APPLICATION OF FILAMENT WINDING TECHNOLOGY FOR CS22 CATEGORY WING CONSTRUCTION
Typ
článek v časopise - ostatní, Jost
Jazyk
en
Originální abstrakt
The classical conception of a wing inner construction for CS-22 category is the spar construction. Spar is loaded by normal force and the bending moment, whereas the skin is loaded by the torque. On the opposite side, the shell wing construction is distributing the entire load through the skin. For many years the technology of filament winding has been used to create high quality shell constructions such as fuselage segments or rocket combustion chambers. This technology achieves favourable strength/weight and stiffness/weight ratios as well as manufacturing reproduction. The CompoTech Plus, s.r.o. company owns the know-how in the area of tubes filament winding (cylinders for hydraulic and pneumatic systems, beams of an agricultural sprayer machines or mobile radio towers). In cooperation with the HpH, s.r.o. sailplane manufacturer started a project, which aims to investigate the possibility of appalling the filament winding technology in wing production. The first stage of the project is to suggest a wing construction and evaluate the stress in each part of the suggested construction. Based on this analysis a real test wing segment would be manufactured and tested. The design and testing would take place at the Institute of aerospace engineering, Brno University of technology.
Český abstrakt
Klasický koncept konstrukce křídla pro letouny kategorie CS-22 je tvořen nosníkem, žebry a potahem. Tento článek se zabývá možnostmi nahrazení této konstrukce za konstrukci navíjenou. Předpokládá se zvýšení přesnosti a produktivity výroby díky masivnímu použití frézování a automatického navíjení kompozitních vláken.
Anglický abstrakt
The classical conception of a wing inner construction for CS-22 category is the spar construction. Spar is loaded by normal force and the bending moment, whereas the skin is loaded by the torque. On the opposite side, the shell wing construction is distributing the entire load through the skin. For many years the technology of filament winding has been used to create high quality shell constructions such as fuselage segments or rocket combustion chambers. This technology achieves favourable strength/weight and stiffness/weight ratios as well as manufacturing reproduction. The CompoTech Plus, s.r.o. company owns the know-how in the area of tubes filament winding (cylinders for hydraulic and pneumatic systems, beams of an agricultural sprayer machines or mobile radio towers). In cooperation with the HpH, s.r.o. sailplane manufacturer started a project, which aims to investigate the possibility of appalling the filament winding technology in wing production. The first stage of the project is to suggest a wing construction and evaluate the stress in each part of the suggested construction. Based on this analysis a real test wing segment would be manufactured and tested. The design and testing would take place at the Institute of aerospace engineering, Brno University of technology.
Klíčová slova anglicky
Filament winding, wing, shell construction, spar, beam, carbon fiber.
Rok RIV
2012
Vydáno
19.10.2012
Nakladatel
VUT v Brně
Místo
VUT v brně
ISSN
1425-2104
Ročník
2012
Číslo
22
Strany od–do
1–13
Počet stran
13
BIBTEX
@article{BUT94835,
author="Jakub {Cejpek} and Michal {Mališ} and Tomáš {Urík},
title="APPLICATION OF FILAMENT WINDING TECHNOLOGY FOR CS22 CATEGORY WING CONSTRUCTION",
year="2012",
volume="2012",
number="22",
month="October",
pages="1--13",
publisher="VUT v Brně",
address="VUT v brně",
issn="1425-2104"
}