Communication 4953 http://www.icf11.com/proceeding/EXTENDED/4593.pdfIn this seminar we will review several experimental and theoretical aspects of two very important problems of material failure: crack precursors and crack prediction. We will summarize the results of several experiments and numerical simulations that we have performed in order to give new insight on these two important problems. Specifically the acoustic emission of fracture precursors, and the failure time of samples made of heterogeneous materials (wood, fiberglass) are studied as a function of the load features and geometr
Dynamic crack propagation drives catastrophic material failures. A key aspect in the problem is the ...
This work focuses on an experimental and numerical investigation into monitoring damage in a cube-sh...
Multi-scale failure of porous materials is an important phenomenon in nature and in material physics...
The failure time of samples of heterogeneous materials (wood, ¯berglass) is stud- ied as a function...
The statistical properties and the localization of fracture precursors on heteregeneous materials i...
The acoustic emission of fracture precursors, and the failure time of samples of heterogeneous mater...
The problem of the solid fracture is classically addressed within the framework of continuum mechani...
We present the data of a mode-I fracture experiment. The samples are broken under imposed pressure....
International audienceWe present the data of a mode-I fracture experiment. The samples are broken un...
Catastrophic failure of natural and engineered materials is often preceded by an acceleration and lo...
The statistical properties and the localization of fracture precursors on heteregeneous materials is...
In order to predict failure time of materials, a new approach has been considered : fracture can be ...
International audienceWe report tensile failure experiments on polyurethane (PU) foams. Experiments ...
This work focuses on an experimental and numerical investigation into monitoring damage in a cube-sh...
The problem of the solid fracture has occupied scientists and engineers for centuries. This phenomen...
Dynamic crack propagation drives catastrophic material failures. A key aspect in the problem is the ...
This work focuses on an experimental and numerical investigation into monitoring damage in a cube-sh...
Multi-scale failure of porous materials is an important phenomenon in nature and in material physics...
The failure time of samples of heterogeneous materials (wood, ¯berglass) is stud- ied as a function...
The statistical properties and the localization of fracture precursors on heteregeneous materials i...
The acoustic emission of fracture precursors, and the failure time of samples of heterogeneous mater...
The problem of the solid fracture is classically addressed within the framework of continuum mechani...
We present the data of a mode-I fracture experiment. The samples are broken under imposed pressure....
International audienceWe present the data of a mode-I fracture experiment. The samples are broken un...
Catastrophic failure of natural and engineered materials is often preceded by an acceleration and lo...
The statistical properties and the localization of fracture precursors on heteregeneous materials is...
In order to predict failure time of materials, a new approach has been considered : fracture can be ...
International audienceWe report tensile failure experiments on polyurethane (PU) foams. Experiments ...
This work focuses on an experimental and numerical investigation into monitoring damage in a cube-sh...
The problem of the solid fracture has occupied scientists and engineers for centuries. This phenomen...
Dynamic crack propagation drives catastrophic material failures. A key aspect in the problem is the ...
This work focuses on an experimental and numerical investigation into monitoring damage in a cube-sh...
Multi-scale failure of porous materials is an important phenomenon in nature and in material physics...