Publication result detail

Adaptive time-stepping algorithm exploiting the spatial variability of material parameters

VOŘECHOVSKÝ, M.; CHUDOBA, R.; JEŘÁBEK, J.; MESKOURIS, K.

Original Title

Adaptive time-stepping algorithm exploiting the spatial variability of material parameters

English Title

Adaptive time-stepping algorithm exploiting the spatial variability of material parameters

Type

Abstract

Original Abstract

The statistical length scale, the spatial measure of variability of material parameters can act as a localization limiter of the failure process in quasi-brittle materials. This fact has been utilized in the formulation of an adaptive strategy governed by the correct reflection of stress redistribution in the inelastic zone occuring during the failure process.

English abstract

The statistical length scale, the spatial measure of variability of material parameters can act as a localization limiter of the failure process in quasi-brittle materials. This fact has been utilized in the formulation of an adaptive strategy governed by the correct reflection of stress redistribution in the inelastic zone occuring during the failure process.

Keywords

Size effect, statistical length scale, localization, adaptive refinement

Key words in English

Size effect, statistical length scale, localization, adaptive refinement

Authors

VOŘECHOVSKÝ, M.; CHUDOBA, R.; JEŘÁBEK, J.; MESKOURIS, K.

Released

10.09.2007

Location

Cape Town, South Africa

Pages from

201

Pages to

202

Pages count

2

BibTex

@misc{BUT60648,
  author="Miroslav {Vořechovský} and Rostislav {Chudoba} and Jan {Jeřábek} and K. {Meskouris}",
  title="Adaptive time-stepping algorithm exploiting the spatial variability of material parameters",
  year="2007",
  pages="201--202",
  address="Cape Town, South Africa",
  note="Abstract"
}