| openaire: EC/H2020/857470/EU//NOMATENThe last stage of material failure often shows a regime with power-law acceleration as the material lifetime is approached. We study this experimentally in tensile creep with paper samples using digital image correlation. The last, tertiary creep stage exhibits scale-free features in the sample response (strain rate) and its fluctuations. It is accompanied by an increasing localization of strain at the location of final failure. The main features are reproduced by a material model built on a viscoelastic fiber bundle model.Peer reviewe
International audienceThe yielding of several reversible yield stress fluids is studied during sciss...
Creep is defined as time-dependent deformation and rupture processes taking place within a material ...
We study the damage enhanced creep rupture of disordered materials by means of a fiber bundle model....
| openaire: EC/H2020/857470/EU//NOMATENThe last stage of material failure often shows a regime with ...
Materials flow - under creep or constant loads - and, finally, fail. The prediction of sample lifeti...
AbstractWe study the evolution of deformation on a quasi 2D paper sample during fatigue and creep ex...
Funding Information: M.J.A. acknowledges support from the Academy of Finland (Center of Excellence p...
There are a multitude of applications in which structural materials would be desired to be nondestru...
We study the evolution of deformation on a quasi 2D paper sample during fatigue and creep experiment...
When materials are loaded below their short-term strength over extended periods, a slow time-depende...
International audienceWe present creep experiments on fiber composite materials with controlled hete...
The spatial fluctuations of deformation are studied in the creep in Andrade’s power law and the loga...
International audienceWe present creep experiments on fiber composite materials with different contr...
The deformation and the damage evolution are studied in creep and fracture experiments using paper s...
Applying constant tensile stress to a piece of amorphous solid results in a slow extension, followed...
International audienceThe yielding of several reversible yield stress fluids is studied during sciss...
Creep is defined as time-dependent deformation and rupture processes taking place within a material ...
We study the damage enhanced creep rupture of disordered materials by means of a fiber bundle model....
| openaire: EC/H2020/857470/EU//NOMATENThe last stage of material failure often shows a regime with ...
Materials flow - under creep or constant loads - and, finally, fail. The prediction of sample lifeti...
AbstractWe study the evolution of deformation on a quasi 2D paper sample during fatigue and creep ex...
Funding Information: M.J.A. acknowledges support from the Academy of Finland (Center of Excellence p...
There are a multitude of applications in which structural materials would be desired to be nondestru...
We study the evolution of deformation on a quasi 2D paper sample during fatigue and creep experiment...
When materials are loaded below their short-term strength over extended periods, a slow time-depende...
International audienceWe present creep experiments on fiber composite materials with controlled hete...
The spatial fluctuations of deformation are studied in the creep in Andrade’s power law and the loga...
International audienceWe present creep experiments on fiber composite materials with different contr...
The deformation and the damage evolution are studied in creep and fracture experiments using paper s...
Applying constant tensile stress to a piece of amorphous solid results in a slow extension, followed...
International audienceThe yielding of several reversible yield stress fluids is studied during sciss...
Creep is defined as time-dependent deformation and rupture processes taking place within a material ...
We study the damage enhanced creep rupture of disordered materials by means of a fiber bundle model....