A finite element analysis indicates a good correlation between the Dugdale plastic strip model and a linear elastic/perfectly plastic material under plane stress loading conditions for a flow theory of plasticity based on the Tresca yield condition. A similar analysis under the von Mises yield condition reveals no plastic strip formation
From among of the deterministic models for fatigue crack growth predictions suitable for metallic ma...
A detailed finite element analysis of crack initiation and stable crack extension is performed under...
The strip-yield model is a common tool to calculate the cyclic crack tip opening displacement and th...
A finite element computer program using initial stress approach of elastic-plastic analysis was deve...
AbstractThe strip necking model for strain-hardening materials is studied in this paper, in which th...
ABSTRACT: Tresca type yield surfaces suitable for a kinematic hardening for-mulation of incremental ...
The influence of the shape of the plastic potential in the deviatoric plane on plane strain collapse...
A model attributed to Dugdale provides a correction for plasticity effects at crack tips in Mode I, ...
A precise determination of the influence of plastic yielding on the deformation and failure at a cra...
This Volume presents a unified approach to calculate the plane stress distribution of stress and str...
We analyze dissipative scale effects within a one-dimensional theory, developed in [L. Anand et al.,...
This work investigates the relation between shear stress and plastic yield considering that a crysta...
The plastic yield zones around the end of a crack have been the subject of intense investigation, pa...
Abstract: Crack growth is studied numerically for cases where fracture occurs by atomic separation, ...
This paper tries to enlighten the subject of (numerical) plasticity by presenting fundamental theory...
From among of the deterministic models for fatigue crack growth predictions suitable for metallic ma...
A detailed finite element analysis of crack initiation and stable crack extension is performed under...
The strip-yield model is a common tool to calculate the cyclic crack tip opening displacement and th...
A finite element computer program using initial stress approach of elastic-plastic analysis was deve...
AbstractThe strip necking model for strain-hardening materials is studied in this paper, in which th...
ABSTRACT: Tresca type yield surfaces suitable for a kinematic hardening for-mulation of incremental ...
The influence of the shape of the plastic potential in the deviatoric plane on plane strain collapse...
A model attributed to Dugdale provides a correction for plasticity effects at crack tips in Mode I, ...
A precise determination of the influence of plastic yielding on the deformation and failure at a cra...
This Volume presents a unified approach to calculate the plane stress distribution of stress and str...
We analyze dissipative scale effects within a one-dimensional theory, developed in [L. Anand et al.,...
This work investigates the relation between shear stress and plastic yield considering that a crysta...
The plastic yield zones around the end of a crack have been the subject of intense investigation, pa...
Abstract: Crack growth is studied numerically for cases where fracture occurs by atomic separation, ...
This paper tries to enlighten the subject of (numerical) plasticity by presenting fundamental theory...
From among of the deterministic models for fatigue crack growth predictions suitable for metallic ma...
A detailed finite element analysis of crack initiation and stable crack extension is performed under...
The strip-yield model is a common tool to calculate the cyclic crack tip opening displacement and th...