Bearing strength and failure behavior of pinned hybrid glass-flax composite laminates

Antonino Valenza, Vincenzo Fiore, Tommaso Scalici, Paolo Bruzzaniti, Calabrese

Risultato della ricerca: Book/Film/Article review

5 Citazioni (Scopus)

Abstract

The aim of the present work is to evaluate the influence of external layers of glass woven fabric on the pin-hole strength of flax/epoxy laminates. Single lap bearing tests were carried out to evaluate the fastened joint performances depending on laminate stacking sequence. In order to better identify the mechanical behavior of the hybrid laminate, full glass and flax laminates were also compared. In particular, bearing stress and failure mechanisms were investigated at varying joint geometry. Furthermore, an experimental failure map, clustering main failure modes of pinned hybrid composite laminate, was used to better clarify the relationship between mechanical failure and geometrical parameters of joints. The experimental results showed that the presence of external layers of glass fabric in a flax/epoxy laminate positively influences the mechanical performance of mechanically fastened joints. Furthermore, in a hybrid laminate, bearing fracture mechanism occurs for a large range of joint geometries, thus supporting the joining design of flax based composite laminates.
Lingua originaleEnglish
pagine (da-a)310-319
Numero di pagine10
RivistaDefault journal
Volume69
Stato di pubblicazionePublished - 2018

All Science Journal Classification (ASJC) codes

  • Organic Chemistry
  • Polymers and Plastics

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Bearing strength and failure behavior of pinned hybrid glass-flax composite laminates. / Valenza, Antonino; Fiore, Vincenzo; Scalici, Tommaso; Bruzzaniti, Paolo; Calabrese.

In: Default journal, Vol. 69, 2018, pag. 310-319.

Risultato della ricerca: Book/Film/Article review

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abstract = "The aim of the present work is to evaluate the influence of external layers of glass woven fabric on the pin-hole strength of flax/epoxy laminates. Single lap bearing tests were carried out to evaluate the fastened joint performances depending on laminate stacking sequence. In order to better identify the mechanical behavior of the hybrid laminate, full glass and flax laminates were also compared. In particular, bearing stress and failure mechanisms were investigated at varying joint geometry. Furthermore, an experimental failure map, clustering main failure modes of pinned hybrid composite laminate, was used to better clarify the relationship between mechanical failure and geometrical parameters of joints. The experimental results showed that the presence of external layers of glass fabric in a flax/epoxy laminate positively influences the mechanical performance of mechanically fastened joints. Furthermore, in a hybrid laminate, bearing fracture mechanism occurs for a large range of joint geometries, thus supporting the joining design of flax based composite laminates.",
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AU - Valenza, Antonino

AU - Fiore, Vincenzo

AU - Scalici, Tommaso

AU - Bruzzaniti, Paolo

AU - Calabrese, null

PY - 2018

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AB - The aim of the present work is to evaluate the influence of external layers of glass woven fabric on the pin-hole strength of flax/epoxy laminates. Single lap bearing tests were carried out to evaluate the fastened joint performances depending on laminate stacking sequence. In order to better identify the mechanical behavior of the hybrid laminate, full glass and flax laminates were also compared. In particular, bearing stress and failure mechanisms were investigated at varying joint geometry. Furthermore, an experimental failure map, clustering main failure modes of pinned hybrid composite laminate, was used to better clarify the relationship between mechanical failure and geometrical parameters of joints. The experimental results showed that the presence of external layers of glass fabric in a flax/epoxy laminate positively influences the mechanical performance of mechanically fastened joints. Furthermore, in a hybrid laminate, bearing fracture mechanism occurs for a large range of joint geometries, thus supporting the joining design of flax based composite laminates.

UR - http://hdl.handle.net/10447/290740

M3 - Book/Film/Article review

VL - 69

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