Conventional continuum damage descriptions of material degeneration suffer fromloss of well-posedness beyond a certain level of accumulated damage. As aconsequence, numerical solutions are obtained which are unacceptable from aphysical point of view. The introduction of higher-order deformationgradients in the constitutive model is demonstrated to be an adequate remedyto this deficiency of standard damage models. A consistent numericalsolution procedure of the governing partial differential equations ispresented, which is shown to be capable of properly simulating localizationphenomena
Combinations of gradient plasticity with scalar damage and of gradient damage with isotropic plastic...
The microstructure of a typical material contains a large number of microdefects which are small and...
Combinations of gradient plasticity with scalar damage and of gradient damage with isotropic plastic...
Conventional continuum damage descriptions of material degeneration suffer fromloss of well-posednes...
Conventional continuum damage descriptions of material degeneration suffer fromloss of well-posednes...
Conventional continuum damage descriptions of material degeneration suffer fromloss of well-posednes...
Conventional continuum damage descriptions of material degeneration suffer fromloss of well-posednes...
International audienceA novel approach to damage modeling for quasi-brittle solids is presented rely...
International audienceA novel approach to damage modeling for quasi-brittle solids is presented rely...
Gradient-enhanced damage and plasticity approaches are reviewed with regard to their ability to mode...
Gradient-enhanced damage and plasticity approaches are reviewed with regard to their ability to mode...
International audienceGradient enhancements have become increasingly popular in the last decades for...
The incorporation of higher order strain gradients into the constitutive equations of continuum dama...
Classical continuum descriptions of material degradation may cease tobe mathematically meaningful in...
Combinations of gradient plasticity with scalar damage and of gradient damage with isotropic plastic...
Combinations of gradient plasticity with scalar damage and of gradient damage with isotropic plastic...
The microstructure of a typical material contains a large number of microdefects which are small and...
Combinations of gradient plasticity with scalar damage and of gradient damage with isotropic plastic...
Conventional continuum damage descriptions of material degeneration suffer fromloss of well-posednes...
Conventional continuum damage descriptions of material degeneration suffer fromloss of well-posednes...
Conventional continuum damage descriptions of material degeneration suffer fromloss of well-posednes...
Conventional continuum damage descriptions of material degeneration suffer fromloss of well-posednes...
International audienceA novel approach to damage modeling for quasi-brittle solids is presented rely...
International audienceA novel approach to damage modeling for quasi-brittle solids is presented rely...
Gradient-enhanced damage and plasticity approaches are reviewed with regard to their ability to mode...
Gradient-enhanced damage and plasticity approaches are reviewed with regard to their ability to mode...
International audienceGradient enhancements have become increasingly popular in the last decades for...
The incorporation of higher order strain gradients into the constitutive equations of continuum dama...
Classical continuum descriptions of material degradation may cease tobe mathematically meaningful in...
Combinations of gradient plasticity with scalar damage and of gradient damage with isotropic plastic...
Combinations of gradient plasticity with scalar damage and of gradient damage with isotropic plastic...
The microstructure of a typical material contains a large number of microdefects which are small and...
Combinations of gradient plasticity with scalar damage and of gradient damage with isotropic plastic...