Publication detail
Comparison of Hybrid Metal-Composite Micropin Joints with Conventional Ones in terms of Fatigue Life
BEKETOVA, G. SHEVTSOVA, M. SYMONOV, V.
Czech title
Porovnání hybridních kovově-kompozitních microkolikovích spoje s konvenční z hlediska životnosti
English title
Comparison of Hybrid Metal-Composite Micropin Joints with Conventional Ones in terms of Fatigue Life
Type
conference paper
Language
en
Original abstract
The current research deals with special hybrid metal-composite joints which use thin sheet-metal reinforcement with small die-fixed pins (2-3 mm) imbedded into the composite part of the joint. This technological trick significantly and positively influences strength of the metal-composite bolted joints loaded in out-of-plane direction. This fact was proved by comparison of pull-off fatigue tests results of metal-composite joints with and without reinforcement.
Czech abstract
Současné Výzkum se zabývá speciálních hybridních spoje kovov-kompozit, které používají tenké plechové výztuže s malými kolíky (2-3 mm), zasazene do kompozitní části spoje. Tento technologický trik významně a pozitivně ovlivňuje pevnost šroubových spojů kov-kompozit zatížených v příčném směru. Tato skutečnost byla prokázána porovnáním výsledků únavových zkoušek (na vytáhovani šroubů) spojů kovov-kompozit s a bez výztuže.
English abstract
The current research deals with special hybrid metal-composite joints which use thin sheet-metal reinforcement with small die-fixed pins (2-3 mm) imbedded into the composite part of the joint. This technological trick significantly and positively influences strength of the metal-composite bolted joints loaded in out-of-plane direction. This fact was proved by comparison of pull-off fatigue tests results of metal-composite joints with and without reinforcement.
Keywords in Czech
kovově-kompozitní spoje, posilující microkolikoví prvky, zkouška
Keywords in English
Metal-composite joint, reinforcing micro-pin elements, pull-off tests, fatigue strength
RIV year
2015
Released
31.10.2015
Publisher
Trans Tech Publications Inc.
Location
Trans Tech Publications Inc.
ISBN
978-3-03835-700-1
Book
Engineering Mechanics 2015
Edition number
821
Pages from–to
479–485
Pages count
7
BIBTEX
@inproceedings{BUT113404,
author="Ganna {Beketova} and Maryna {Shevtsova} and Volodymyr {Symonov},
title="Comparison of Hybrid Metal-Composite Micropin Joints with Conventional Ones in terms of Fatigue Life",
booktitle="Engineering Mechanics 2015",
year="2015",
month="October",
pages="479--485",
publisher="Trans Tech Publications Inc.",
address="Trans Tech Publications Inc.",
isbn="978-3-03835-700-1"
}