Publication detail

Metal particles constraint in glass matrix composites and its impact on fracture toughness enhancement

KOTOUL, M. DLOUHÝ, I.

Czech title

Vliv constraintu kovových částic na lomovou houževnatost skelných kompozitů.

English title

Metal particles constraint in glass matrix composites and its impact on fracture toughness enhancement

Type

journal article - other

Language

en

Original abstract

Experimental values of the fracture toughness obtained for borosilicate glass reinforced by vanadium or molybdenum particles were compared with theoretical predictions based upon traction/separation law together with a weight-function-based approach to study the contribution of such tractions on the magnitude of the stress intensity at the crack tip in chevron notched specimen.

Czech abstract

Experimental values of the fracture toughness obtained for borosilicate glass reinforced by vanadium or molybdenum particles were compared with theoretical predictions based upon traction/separation law together with a weight-function-based approach to study the contribution of such tractions on the magnitude of the stress intensity at the crack tip in chevron notched specimen.

English abstract

Experimental values of the fracture toughness obtained for borosilicate glass reinforced by vanadium or molybdenum particles were compared with theoretical predictions based upon traction/separation law together with a weight-function-based approach to study the contribution of such tractions on the magnitude of the stress intensity at the crack tip in chevron notched specimen.

Keywords in Czech

fracture toughness enhancement, glass matrix composites

Keywords in English

fracture toughness enhancement, glass matrix composites

RIV year

2004

Released

15.12.2004

ISSN

0921-5093

Journal

Materials Science and Engineering A

Volume

387-389

Number

1-2

Pages count

5

BIBTEX


@article{BUT42636,
  author="Michal {Kotoul} and Ivo {Dlouhý},
  title="Metal particles constraint in glass matrix composites and its impact on fracture toughness enhancement",
  journal="Materials Science and Engineering A",
  year="2004",
  volume="387-389",
  number="1-2",
  month="December",
  issn="0921-5093"
}