An implicit strategy for the numerical simulation of deformation processes of ductile single crystals is presented. One of the main features of the constitutive algorithm is its ability to adapt to the constraint of plastic incompressibility. An example demonstrating the performance of the proposed strategy at the local constitutive level together with an analysis of the spatial localization tensor is given
This contribution is concerned with theoretical and numerical aspects of instability phenomena in mu...
Localisation processes, such as shear banding and necking, have been investigated following a macros...
Lokalisierungsphänomene können bei unterschiedlichen Materialien beobachtet werden. Sie entstehen me...
This contribution is concerned with the numerical analysis and simulation of instability phenomena s...
A discrete slip model which characterizes the inhomogeneity of material properties in ductile single...
THIS PAPER is concerned with an analysis of strain localization in ductile crystals deforming by sin...
Recently, several proposals were made for the enlargement of the classical field equations in order ...
The present paper aims at providing a comprehensive investigation of the abilities and limitations o...
International audienceWe investigate the ability of local continuum crystal plasticity theory to sim...
We presented aspects and results related to the broad field of strain localization with special focu...
The ability of softening strain gradient plasticity to simulate intragranular plastic slip localizat...
We present a finite element method for the analysis of ductile crystals whose energy depends on the ...
International audienceA micromorphic single crystal plasticity model is formulated at finite deforma...
AbstractAnovelmethodologyisdevelopedtoestimatethecriticalconditionforshearlocalizationofthermo-visco...
The instability of plastic deformation is widely observed in most materials. It often results in a l...
This contribution is concerned with theoretical and numerical aspects of instability phenomena in mu...
Localisation processes, such as shear banding and necking, have been investigated following a macros...
Lokalisierungsphänomene können bei unterschiedlichen Materialien beobachtet werden. Sie entstehen me...
This contribution is concerned with the numerical analysis and simulation of instability phenomena s...
A discrete slip model which characterizes the inhomogeneity of material properties in ductile single...
THIS PAPER is concerned with an analysis of strain localization in ductile crystals deforming by sin...
Recently, several proposals were made for the enlargement of the classical field equations in order ...
The present paper aims at providing a comprehensive investigation of the abilities and limitations o...
International audienceWe investigate the ability of local continuum crystal plasticity theory to sim...
We presented aspects and results related to the broad field of strain localization with special focu...
The ability of softening strain gradient plasticity to simulate intragranular plastic slip localizat...
We present a finite element method for the analysis of ductile crystals whose energy depends on the ...
International audienceA micromorphic single crystal plasticity model is formulated at finite deforma...
AbstractAnovelmethodologyisdevelopedtoestimatethecriticalconditionforshearlocalizationofthermo-visco...
The instability of plastic deformation is widely observed in most materials. It often results in a l...
This contribution is concerned with theoretical and numerical aspects of instability phenomena in mu...
Localisation processes, such as shear banding and necking, have been investigated following a macros...
Lokalisierungsphänomene können bei unterschiedlichen Materialien beobachtet werden. Sie entstehen me...