Publication result detail

Limited frature toughness enhancement due to metal particles embrittlement in glass matrix composites

KOTOUL, M.

Original Title

Limited frature toughness enhancement due to metal particles embrittlement in glass matrix composites

English Title

Limited frature toughness enhancement due to metal particles embrittlement in glass matrix composites

Type

Paper in proceedings (conference paper)

Original Abstract

It is shown that the change of toughening mechanism closely relates to the extent of debonding which depends on factors like debonding toughness Gd, particle size, particle volume fraction and the particle yield stress. A theoretical evaluation of the toughness increase is given for a wide range of materials parameters showing a good accordance with experimental values.

English abstract

It is shown that the change of toughening mechanism closely relates to the extent of debonding which depends on factors like debonding toughness Gd, particle size, particle volume fraction and the particle yield stress. A theoretical evaluation of the toughness increase is given for a wide range of materials parameters showing a good accordance with experimental values.

Keywords

brittle matrix composites, toughening, crack bridging, crack trapping

Key words in English

brittle matrix composites, toughening, crack bridging, crack trapping

Authors

KOTOUL, M.

Released

25.05.2003

Publisher

Kenes International

Location

Izrael

Book

Mechanical Behaviour of Materials

Pages from

17

Pages count

6

URL

Knihovna FSI VUT Brno

BibTex

@inproceedings{BUT9417,
  author="Michal {Kotoul}",
  title="Limited frature toughness enhancement due to metal particles embrittlement in glass matrix composites",
  booktitle="Mechanical Behaviour of Materials",
  year="2003",
  pages="6",
  publisher="Kenes International",
  address="Izrael",
  url="Knihovna FSI VUT Brno"
}