Add to ORKGAn attempt is made to study the problems of spherical and circular inclusions in elasto-plastic solids under the action of internal increasing pressure and external constant pressure, taking into consideration of the work-hardening effect. Particular attention is given to the linear work hardening effect on both problems. It is shown that results of this analysis are in good agreement with those of ideal plastic solids. © 1995, Hindawi Publishing Corporation. All rights reserved
The influence of the slip between the inclusion and the matrix during the plastic deformation of inh...
This paper analyzes the deformational behavior of mutually interacting spherical inclusions in a mul...
In this contribution the concept of configurational forces, also called material forces, is applied ...
An attempt is made to study the problems of spherical and circular inclusions in elasto-plastic soli...
ABSTRACT. An attempt is made to study the problems of spherical and circular inclusions in elasto-pl...
A matrix which contains an inclusion with different mechanical properties features a heterogeneous s...
The extent of plastic flow in a spherical solid (assumed to be homogeneous and elastically and plast...
The objective of this paper is to apply the expanding cavity model to study the conical or spherical...
In our previous paper, the expanding cavity model (ECM) and Lame solution were used to obtain an ana...
A theoretical method for the effect of internal stresses on the microplasticity of isotropic materia...
This thesis presents the analytical studies of the behaviour of the bodies in contact, particularly ...
This paper studies the effect of mixed plasticity mode (combined with isotropic and kinematic harden...
International audienceIn the present paper, the stress field of an infinite bicrystal with a planar ...
In the present work the results of the study of plastic deformations distribution in the thickness i...
AbstractIn the present paper, the stress field of an infinite bicrystal with a planar boundary that ...
The influence of the slip between the inclusion and the matrix during the plastic deformation of inh...
This paper analyzes the deformational behavior of mutually interacting spherical inclusions in a mul...
In this contribution the concept of configurational forces, also called material forces, is applied ...
An attempt is made to study the problems of spherical and circular inclusions in elasto-plastic soli...
ABSTRACT. An attempt is made to study the problems of spherical and circular inclusions in elasto-pl...
A matrix which contains an inclusion with different mechanical properties features a heterogeneous s...
The extent of plastic flow in a spherical solid (assumed to be homogeneous and elastically and plast...
The objective of this paper is to apply the expanding cavity model to study the conical or spherical...
In our previous paper, the expanding cavity model (ECM) and Lame solution were used to obtain an ana...
A theoretical method for the effect of internal stresses on the microplasticity of isotropic materia...
This thesis presents the analytical studies of the behaviour of the bodies in contact, particularly ...
This paper studies the effect of mixed plasticity mode (combined with isotropic and kinematic harden...
International audienceIn the present paper, the stress field of an infinite bicrystal with a planar ...
In the present work the results of the study of plastic deformations distribution in the thickness i...
AbstractIn the present paper, the stress field of an infinite bicrystal with a planar boundary that ...
The influence of the slip between the inclusion and the matrix during the plastic deformation of inh...
This paper analyzes the deformational behavior of mutually interacting spherical inclusions in a mul...
In this contribution the concept of configurational forces, also called material forces, is applied ...