In order to extend the Concrete Damaged Plasticity model [1], a modification of flow rule is considered. A new plastic potential is proposed. It takes into account the difference in behavior of concrete under compressive and tensile loading. In the present paper the proposed function is examined and compared to the original potential. Influence of parameters of the potential choice on the shape of its surface is analysed. Formulation and preliminary validation of the modified model is shown in the subsequent paper (Part II)
Pure elastic damage models or pure elastic plastic constitutive laws are not totally satisfactory to...
International audiencePure elastic damage models or pure elastic plastic constitutive laws are not t...
International audienceThis paper describes a constitutive law for concrete under impulsive loadings ...
In order to extend the Concrete Damaged Plasticity model [1], a modification of flow rule is conside...
A refined model for elastoplastic damaged material is formulated based on the plastic potential intr...
The new potential proposed in [1] is used to modify Concrete Damaged Plasticity [2] model. The formu...
Appropriate material model will provide more accurate predictions for the mechanical response and da...
The development of a coupled damage-plasticity constitutive model for concrete is presented. Emphasi...
A coupled plastic damage model with two damage scalars is proposed to describe the nonlinear feature...
The development of a coupled damage-plasticity constitutive model for concrete is presented. Emphasi...
The past several years have witnessed an increase in research on the nonlinear analysis of the struc...
ABSTRACT: Concrete is a material whose performance is governed by the subtle interaction of its cohe...
Concrete structures exhibit strongly non-linear and complex mechanical behavior. Hence, they are now...
In this paper a constitutive model based on an internal variable-formulation of plasticity theory fo...
Typical plastic-damage models for concrete use a constant dilatancy parameter. On problems sensitive...
Pure elastic damage models or pure elastic plastic constitutive laws are not totally satisfactory to...
International audiencePure elastic damage models or pure elastic plastic constitutive laws are not t...
International audienceThis paper describes a constitutive law for concrete under impulsive loadings ...
In order to extend the Concrete Damaged Plasticity model [1], a modification of flow rule is conside...
A refined model for elastoplastic damaged material is formulated based on the plastic potential intr...
The new potential proposed in [1] is used to modify Concrete Damaged Plasticity [2] model. The formu...
Appropriate material model will provide more accurate predictions for the mechanical response and da...
The development of a coupled damage-plasticity constitutive model for concrete is presented. Emphasi...
A coupled plastic damage model with two damage scalars is proposed to describe the nonlinear feature...
The development of a coupled damage-plasticity constitutive model for concrete is presented. Emphasi...
The past several years have witnessed an increase in research on the nonlinear analysis of the struc...
ABSTRACT: Concrete is a material whose performance is governed by the subtle interaction of its cohe...
Concrete structures exhibit strongly non-linear and complex mechanical behavior. Hence, they are now...
In this paper a constitutive model based on an internal variable-formulation of plasticity theory fo...
Typical plastic-damage models for concrete use a constant dilatancy parameter. On problems sensitive...
Pure elastic damage models or pure elastic plastic constitutive laws are not totally satisfactory to...
International audiencePure elastic damage models or pure elastic plastic constitutive laws are not t...
International audienceThis paper describes a constitutive law for concrete under impulsive loadings ...