Add to ORKGABSTRACT: A closed, trans-scale formulation of damage volution based on the statistical mi-crodamage mechanics is summarized in this paper. The dynamic function of damage bridges the mesoscopic and macroscopic evolution of damage. The spallation in an aluminium plate is studied with this formulation. It is found that the damage volution is governed by several dimensionless parameters
Spallation in heterogeneous media is a complex, dynamic process. Generally speaking, the spallation ...
In this paper, we present a model for damage evolution in solids. It is well know that fracture mech...
In this paper, we present some basic elements of macroscopic modelling of damage. We then recall the...
A closed, trans-scale formulation of damage evolution based on the statistical microdamage mechanics...
A closed, trans-scale formulation of damage evolution based on the statistical microdamage mechanics...
The process of damage evolution concerns various scales, from micro- to macroscopic. How to characte...
This paper introduces a statistical mesomechanical approach to the evolution of damage. A self-close...
In order to reveal the underlying mesoscopic mechanism governing the experimentally observed failure...
Damage and failure due to distributed microcracks or microvoids are on the challenging frontiers of ...
Damage and failure due to distributed microsracks or microvoids are on the challenging frontiers of ...
In order to reveal the underlying mesoscopic mechanism governing the experimentally observed failure...
Dynamic function of damage is the key to the problem of damage evolution of solids. In order to unde...
Discussed are the underlying background of statistical microdamage mechanics, the fundamental partia...
In order to reveal the underlying mesoscopic mechanism governing the experimentally observed failure...
In this study, a continuum isotropic plastic damage evolution model has been derived in the framewor...
Spallation in heterogeneous media is a complex, dynamic process. Generally speaking, the spallation ...
In this paper, we present a model for damage evolution in solids. It is well know that fracture mech...
In this paper, we present some basic elements of macroscopic modelling of damage. We then recall the...
A closed, trans-scale formulation of damage evolution based on the statistical microdamage mechanics...
A closed, trans-scale formulation of damage evolution based on the statistical microdamage mechanics...
The process of damage evolution concerns various scales, from micro- to macroscopic. How to characte...
This paper introduces a statistical mesomechanical approach to the evolution of damage. A self-close...
In order to reveal the underlying mesoscopic mechanism governing the experimentally observed failure...
Damage and failure due to distributed microcracks or microvoids are on the challenging frontiers of ...
Damage and failure due to distributed microsracks or microvoids are on the challenging frontiers of ...
In order to reveal the underlying mesoscopic mechanism governing the experimentally observed failure...
Dynamic function of damage is the key to the problem of damage evolution of solids. In order to unde...
Discussed are the underlying background of statistical microdamage mechanics, the fundamental partia...
In order to reveal the underlying mesoscopic mechanism governing the experimentally observed failure...
In this study, a continuum isotropic plastic damage evolution model has been derived in the framewor...
Spallation in heterogeneous media is a complex, dynamic process. Generally speaking, the spallation ...
In this paper, we present a model for damage evolution in solids. It is well know that fracture mech...
In this paper, we present some basic elements of macroscopic modelling of damage. We then recall the...