An experimental investigation into the mechanical behavior of 3d woven hybrid composites

Title Alternative:Eksperymentalne badania mechanicznego zachowania kompozytów hybrydowych 3d
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dc.contributor.authorMishra, Rajesh
dc.contributor.authorDash, B. P.
dc.contributor.authorBehera, B. K.
dc.date.accessioned2017-10-13
dc.date.available2017-10-13
dc.date.issued2013
dc.description.abstractObecně platí, že cílem hybridizace je dosáhnout kompozitní struktury, která posílí vlastnosti obou materiálů a / nebo sníží náklady, protože jeden typ vlákna může být příliš drahý. V této studii je popsána 3D tkanina sklo/aramid/epoxid hybridního kompozitu vyrobená z Kevlaru a Zylonu ve směru Z, a skla v obou směrech X a Y. Byly zkoumány mechanické vlastnosti, jako je pevnost v tahu, tlaku, tříbodý ohyb, odolnost proti nárazu, odolnost proti propíchnutí a DMA. 3D hybridní kompozity ve srovnání s kompozitem FVF jasně ukazují lepší odolnost proti nárazu, odolnost proti probodnutí a vlastnosti DMA.cs
dc.description.abstractOgólnie obowiązuje zasada, że celem hybrydyzacji jest osiągnięcie struktury kompozytowej, która poprawi właściwości obu materiałow i/lub zmniejszy koszty, ponieważ jeden typ włókna może być zbyt kosztowny. W niniejszym opracowaniu opisano tkaninę 3D szkło/aramid/epoksyd kompozytu hybrydowego wyprodukowanego z Kevlaru i Zylonu w kierunku Z oraz szkła w obu kierunkach X i Y. Badano właściwości mechaniczne takie tak wytrzymałość na rozciąganie, ciśnienie, trzypunktowe zginanie, odporność na uderzenie, odporność na przebicie i DMA. Kompozyty hybrydowe 3D w porównaniu z kompozytem FVF wykazują wyraźnie lepszą odporność na uderzenie, przebicie oraz właściwości DMA.pl
dc.description.abstractIn general, the purpose of hybridization is to achieve a composite architecture which synergizes the properties of both materials and/or lowers the cost since one of the fibers could be too expensive. In this study, 3D woven glass/aramid/epoxy hybrid composites were fabricated by using Kevlar and zylon in Z direction and glass in both X and Y direction. There mechanical behavior such as tensile, compression, 3 point bending, impact resistance, stab resistance and DMA has been investigated. 3D hybrid composites clearly shows better impact resistance, stab resistance and DMA properties as compared to neat composite of comparable FVF.en
dc.description.abstractAllgemein gilt, dass das Ziel der Hybridisierung im Erreichen einer gemischten Struktur ist, welche die Eigenschaften beider Materialien stärkt und/ oder die Kosten senkt, weil eine einzige Fasersorte zu teuer werden kann. In dieser Studie wird ein 3D-Gewebe aus Glas, Aramid und einem Epoxid eines hybriden Gemischs beschrieben. Dieses wird aus Kevlar und Zylon in Richtung Z und aus Glas in beiden Richtung X und Y hergestellt. Es wurden dessen mechanischen Eigenschaften wie Zugfestigkeit, Druck, Dreipunktebeweglichkeit, Stoßfestigkeit, Stichfestigkeit und DMA-Eigenschaften untersucht. 3D-Hybridgemische weisen im Vergleich mit dem Gemisch FVF eindeutig eine bessere Stoßfestigkeit, Stichfestigkeit und DMA-Eigenschaften auf.de
dc.formattextcs
dc.format.extent13 stran
dc.identifier.eissn1803-9790
dc.identifier.issn1803-9782
dc.identifier.otherACC_2013_1_05
dc.identifier.urihttps://dspace.tul.cz/handle/15240/21020
dc.language.isoen
dc.licenseCC BY-NC 4.0
dc.publisherTechnická univerzita v Liberci, Česká republikacs
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dc.relation.ispartofACC Journalen
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dc.titleAn experimental investigation into the mechanical behavior of 3d woven hybrid compositesen
dc.title.alternativeEksperymentalne badania mechanicznego zachowania kompozytów hybrydowych 3dpl
dc.title.alternativeExperimentální výzkum mechanického chování 3d hybridních kompozitcs
dc.title.alternativeEine experimentelle Untersuchung des mechanischen Verhaltens von 3d-gewobenen Hybridgemischende
dc.typeArticleen
local.accessopen
local.citation.epage74
local.citation.spage56
local.fulltextyesen
local.relation.issue1
local.relation.volume19
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