Publication result detail

Fatigue crack initiation and early growth in glare 3 fiber-metal laminate subjected to mixed tensile and bending loading

HEGER, J., CHLUPOVÁ, A., VAŠEK, A.

Original Title

Fatigue crack initiation and early growth in glare 3 fiber-metal laminate subjected to mixed tensile and bending loading

English Title

Fatigue crack initiation and early growth in glare 3 fiber-metal laminate subjected to mixed tensile and bending loading

Type

Paper in proceedings (conference paper)

Original Abstract

A special open-hole sheet specimen from GLARE fiber metal laminate was used to simulate the mixed type of loading similar to the loading of a riveted hole in a real fuselage skin structure. The effect of cyclic tension and secondary bending loading was studied. The number of cycles to the crack initiation was measured and the crack growth rate in the surface layer of the laminate was evaluated.

English abstract

A special open-hole sheet specimen from GLARE fiber metal laminate was used to simulate the mixed type of loading similar to the loading of a riveted hole in a real fuselage skin structure. The effect of cyclic tension and secondary bending loading was studied. The number of cycles to the crack initiation was measured and the crack growth rate in the surface layer of the laminate was evaluated.

Key words in English

fiber-metal laminate, mixed type of loading, effect of cyclic tension, crack initiation and crack qrowth rate

Authors

HEGER, J., CHLUPOVÁ, A., VAŠEK, A.

Released

01.06.2001

Publisher

University of Glasgow Print Unit

Location

Glasgow (Scotland)

ISBN

0-85261-731-3

Book

Second International Conference on Advanced Engineering Design

Pages from

15

Pages count

6

BibTex

@inproceedings{BUT5965,
  author="Jaromír {Heger} and Alice {Chlupová} and Alois {Vašek}",
  title="Fatigue crack initiation and early growth in glare 3 fiber-metal laminate subjected to mixed tensile and bending loading",
  booktitle="Second International Conference on Advanced Engineering Design",
  year="2001",
  pages="6",
  publisher="University of Glasgow Print Unit",
  address="Glasgow (Scotland)",
  isbn="0-85261-731-3"
}