Add to ORKGIn this paper new return-mapping algorithm for the continuum large crack model is proposed for analysis of damaged structures subjected to cyclic loading. The algorithm consists of one elastic predictor and two return-mapping correctors. The numerical test results show that the present algorithm works appropriately under cyclic loading and should be used in large crack problems to prevent excessive tensile plastic strain causing unrealistic results
In this paper, new analytical formulations, which can be easily applied to normal and high-strength ...
A mathematical model describing the processes of elastoplastic deformation and damage accumulation u...
A constitutive model based on a novel coupled elastoplastic-damage framework is adopted for the mode...
In the present paper an algorithmic implementation of a generalized plasticity model is presented wi...
A numerical algorithm for plane stress and shell elasto-plasticity is presented in this paper. The p...
A new energy-dissipation-based rate-independent constitutive law within the framework of elastoplast...
The purpose of this work is to simulate the evolution of ductile damage and failure involved by pla...
This thesis is concerned with the development of computational procedures in the assessment of the s...
As the demand on new lightweight materials increases due to economic and environmental reasons, fibe...
In this study, we propose a novel cumulative-damage model based on continuum damage mechanics under ...
A stepwise load-advancing strategy for cyclic loading will be presented in this paper that yields co...
AbstractBy introducing a fatigue blunting factor, the cyclic elasto-plastic Hutchinson-Rice-Rosengre...
The present paper deals with the combination of plasticity and damage applied to modeling of concret...
This article describes a numerical method to reconstruct the stress field starting from strain data ...
Damage in metals is generally regarded as the progressive or sudden deterioration of a material befo...
In this paper, new analytical formulations, which can be easily applied to normal and high-strength ...
A mathematical model describing the processes of elastoplastic deformation and damage accumulation u...
A constitutive model based on a novel coupled elastoplastic-damage framework is adopted for the mode...
In the present paper an algorithmic implementation of a generalized plasticity model is presented wi...
A numerical algorithm for plane stress and shell elasto-plasticity is presented in this paper. The p...
A new energy-dissipation-based rate-independent constitutive law within the framework of elastoplast...
The purpose of this work is to simulate the evolution of ductile damage and failure involved by pla...
This thesis is concerned with the development of computational procedures in the assessment of the s...
As the demand on new lightweight materials increases due to economic and environmental reasons, fibe...
In this study, we propose a novel cumulative-damage model based on continuum damage mechanics under ...
A stepwise load-advancing strategy for cyclic loading will be presented in this paper that yields co...
AbstractBy introducing a fatigue blunting factor, the cyclic elasto-plastic Hutchinson-Rice-Rosengre...
The present paper deals with the combination of plasticity and damage applied to modeling of concret...
This article describes a numerical method to reconstruct the stress field starting from strain data ...
Damage in metals is generally regarded as the progressive or sudden deterioration of a material befo...
In this paper, new analytical formulations, which can be easily applied to normal and high-strength ...
A mathematical model describing the processes of elastoplastic deformation and damage accumulation u...
A constitutive model based on a novel coupled elastoplastic-damage framework is adopted for the mode...