Add to ORKGContinuum approaches are reviewed which can properly model localised deformations that act as a precursor to final fracture in quasi-brittle materials. Next, one such higher-order damaging continuum model is combined with a stochastic approach to describe the heterogeneity in quasi-brittle materials
The purpose of this paper is to analyse the development and the evolution of the fracture process zo...
The problem of the solid fracture has occupied scientists and engineers for centuries. This phenomen...
We present a novel simulation method to assess the quasi-static fracture resistance of materials. Se...
Continuum approaches are reviewed which can properly model localised deformations that act as a prec...
Continuum approaches are reviewed which can properly model localised deformations that act as a prec...
The damage process in quasi-brittle materials is a complex phenomenon in which heterogeneity plays a...
The possibility of replacing semiempirical constitutive laws with computationally intensive multisca...
Several materials of technological interest could be considered as heterogeneous and their random n...
Continuum damage mechanics is a framework for describing the variations of the elastic properties of...
criterion Summary. A new formulation for modelling anisotropic damage of elastic-brittle materials b...
A statistical approach for modeling fracture in brittle materials is presented. In particular, a mic...
Increasingly advanced numerical techniques are nowadays used to represent damage and failure in quas...
International audienceA novel approach to damage modeling for quasi-brittle solids is presented rely...
A model to describe the damage state of materials is developed within the framework of Continuum Dam...
This study presents some recent results on damage evolution in quasi-brittle materials including sto...
The purpose of this paper is to analyse the development and the evolution of the fracture process zo...
The problem of the solid fracture has occupied scientists and engineers for centuries. This phenomen...
We present a novel simulation method to assess the quasi-static fracture resistance of materials. Se...
Continuum approaches are reviewed which can properly model localised deformations that act as a prec...
Continuum approaches are reviewed which can properly model localised deformations that act as a prec...
The damage process in quasi-brittle materials is a complex phenomenon in which heterogeneity plays a...
The possibility of replacing semiempirical constitutive laws with computationally intensive multisca...
Several materials of technological interest could be considered as heterogeneous and their random n...
Continuum damage mechanics is a framework for describing the variations of the elastic properties of...
criterion Summary. A new formulation for modelling anisotropic damage of elastic-brittle materials b...
A statistical approach for modeling fracture in brittle materials is presented. In particular, a mic...
Increasingly advanced numerical techniques are nowadays used to represent damage and failure in quas...
International audienceA novel approach to damage modeling for quasi-brittle solids is presented rely...
A model to describe the damage state of materials is developed within the framework of Continuum Dam...
This study presents some recent results on damage evolution in quasi-brittle materials including sto...
The purpose of this paper is to analyse the development and the evolution of the fracture process zo...
The problem of the solid fracture has occupied scientists and engineers for centuries. This phenomen...
We present a novel simulation method to assess the quasi-static fracture resistance of materials. Se...