Publication result detail

The effect of third principal stress in the measurement of residual stresses by hole-drilling method

HALABUK, D.; NÁVRAT, T.

Original Title

The effect of third principal stress in the measurement of residual stresses by hole-drilling method

English Title

The effect of third principal stress in the measurement of residual stresses by hole-drilling method

Type

Paper in proceedings (conference paper)

Original Abstract

One of the most popular and widely used technique for measuring residual stresses is the hole-drilling method. By this method, it is possible to evaluate only biaxial residual stresses located in plane parallel to the surface, but some processes produce a triaxial stress state. For this reason, the evaluation of triaxial stress state by the method used for biaxial state was assessed in this paper. A hole-drilling experiment was simulated by the finite element method for two different stress states. The first stress state considered constant residual stresses in all directions. The second one considered constant residual stresses in a plane parallel to the surface and the residual stress in a direction perpendicular to the surface was equal to zero on the surface and increased with depth. Both states were simulated for various ratios of stress in a direction perpendicular to the stresses in plane. The obtained results show that residual stress in a perpendicular direction affects the evaluation of residual stresses in plane. If the residual stress in the perpendicular direction is high compared to stresses in plane, the error produced by the evaluation of triaxial stress state by the method for biaxial stress state can also be high.

English abstract

One of the most popular and widely used technique for measuring residual stresses is the hole-drilling method. By this method, it is possible to evaluate only biaxial residual stresses located in plane parallel to the surface, but some processes produce a triaxial stress state. For this reason, the evaluation of triaxial stress state by the method used for biaxial state was assessed in this paper. A hole-drilling experiment was simulated by the finite element method for two different stress states. The first stress state considered constant residual stresses in all directions. The second one considered constant residual stresses in a plane parallel to the surface and the residual stress in a direction perpendicular to the surface was equal to zero on the surface and increased with depth. Both states were simulated for various ratios of stress in a direction perpendicular to the stresses in plane. The obtained results show that residual stress in a perpendicular direction affects the evaluation of residual stresses in plane. If the residual stress in the perpendicular direction is high compared to stresses in plane, the error produced by the evaluation of triaxial stress state by the method for biaxial stress state can also be high.

Keywords

residual stress, hole-drilling method, third principal stress, ASTM E837-13

Key words in English

residual stress, hole-drilling method, third principal stress, ASTM E837-13

Authors

HALABUK, D.; NÁVRAT, T.

RIV year

2019

Released

26.11.2018

Publisher

EDP Sciences

Book

MATEC Web of Conferences

ISBN

2261-236X

Periodical

MATEC web of conferences

Volume

237

State

French Republic

Pages from

1

Pages to

6

Pages count

6

BibTex

@inproceedings{BUT151476,
  author="Dávid {Halabuk} and Tomáš {Návrat}",
  title="The effect of third principal stress in the measurement of residual stresses by hole-drilling method",
  booktitle="MATEC Web of Conferences",
  year="2018",
  journal="MATEC web of conferences",
  volume="237",
  pages="1--6",
  publisher="EDP Sciences",
  doi="10.1051/matecconf/201823701012",
  issn="2274-7214"
}