Add to ORKGThis paper reviews the concept of damage localization and its application to time-independent (quasi-static) and time-dependent processes in heterogeneous materials. For quasi-static process in a heterogeneous material with Weibull distribution, damage can be expressed by a function of state variabl...南京理工大学机械工程学院5VOL.
In this paper, we present a model for damage evolution in solids. It is well know that fracture mech...
Several materials of technological interest could be considered as heterogeneous and their random na...
The damage process in quasi-brittle materials is a complex phenomenon in which heterogeneity plays a...
This paper reviews the concept of damage localization and its application to time-independent (quasi...
In order to reveal the underlying mesoscopic mechanism governing the experimentally observed failure...
In order to reveal the underlying mesoscopic mechanism governing the experimentally observed failure...
The microstructure of a typical material contains a large number of microdefects which are small and...
Knowledge of damage accumulation and corresponding failure evolution are prerequisite for effective ...
ABSTRACT: This article presents analytical solutions for a class of one-dimensional time-dependent e...
Summary. This work presents a recently developed non-local formulation of a damage model for ductile...
Several materials of technological interest could be considered as heterogeneous and their random n...
In order to reveal the underlying mesoscopic mechanism governing the experimentally observed failure...
International audienceThe failure of a non-uniform axial damage chain under uniform tension is studi...
Dynamic function of damage is the key to the problem of damage evolution of solids. In order to unde...
International audienceThe aim of this chapter is to show how the results from statistical analyses o...
In this paper, we present a model for damage evolution in solids. It is well know that fracture mech...
Several materials of technological interest could be considered as heterogeneous and their random na...
The damage process in quasi-brittle materials is a complex phenomenon in which heterogeneity plays a...
This paper reviews the concept of damage localization and its application to time-independent (quasi...
In order to reveal the underlying mesoscopic mechanism governing the experimentally observed failure...
In order to reveal the underlying mesoscopic mechanism governing the experimentally observed failure...
The microstructure of a typical material contains a large number of microdefects which are small and...
Knowledge of damage accumulation and corresponding failure evolution are prerequisite for effective ...
ABSTRACT: This article presents analytical solutions for a class of one-dimensional time-dependent e...
Summary. This work presents a recently developed non-local formulation of a damage model for ductile...
Several materials of technological interest could be considered as heterogeneous and their random n...
In order to reveal the underlying mesoscopic mechanism governing the experimentally observed failure...
International audienceThe failure of a non-uniform axial damage chain under uniform tension is studi...
Dynamic function of damage is the key to the problem of damage evolution of solids. In order to unde...
International audienceThe aim of this chapter is to show how the results from statistical analyses o...
In this paper, we present a model for damage evolution in solids. It is well know that fracture mech...
Several materials of technological interest could be considered as heterogeneous and their random na...
The damage process in quasi-brittle materials is a complex phenomenon in which heterogeneity plays a...