International audienceThis chapter discusses several types of numerical models for metallurgical evolution. First, some basic notions of microstructure representations and microstructure state variables, some features of hardening and recovery and some features of recrystallization are recalled. Then, constitutive models coupled with state variables are introduced and examples of applications are given. Mean field methods are also presented and applied to necklace structures produced in discontinuous dynamic recrystallization. Finally, future trends are described, with an emphasis on digital material models and how they will provide powerful models of recrystallization on the microscopic scal
The study of microstructure and its evolution during the processing of materials represents an impor...
This paper presents two crystal plasticity based computational constitutive models for the intrinsic...
Procedures for synthesizing digital polycrystalline microstructures are illustrated, from either 2D ...
International audienceThis chapter discusses several types of numerical models for metallurgical evo...
International audienceThe mechanical and thermal properties of metallic materials are strongly relat...
International audienceThe mechanical and thermal properties of metallic materials are strongly relat...
International audienceThe mechanical and thermal properties of metallic materials are strongly relat...
International audienceFinite element formulations are commonly used to predict stress, strain and te...
International audienceA major goal of numerical models and computer simulations in materials science...
International audienceA major goal of numerical models and computer simulations in materials science...
International audienceA major goal of numerical models and computer simulations in materials science...
International audienceA major goal of numerical models and computer simulations in materials science...
International audienceA major goal of numerical models and computer simulations in materials science...
Recent developments for the finite-element modelling of the plastic forming of the metallic material...
The modelling of microstructure evolution made tremendous advances over the latter part of the 20th ...
The study of microstructure and its evolution during the processing of materials represents an impor...
This paper presents two crystal plasticity based computational constitutive models for the intrinsic...
Procedures for synthesizing digital polycrystalline microstructures are illustrated, from either 2D ...
International audienceThis chapter discusses several types of numerical models for metallurgical evo...
International audienceThe mechanical and thermal properties of metallic materials are strongly relat...
International audienceThe mechanical and thermal properties of metallic materials are strongly relat...
International audienceThe mechanical and thermal properties of metallic materials are strongly relat...
International audienceFinite element formulations are commonly used to predict stress, strain and te...
International audienceA major goal of numerical models and computer simulations in materials science...
International audienceA major goal of numerical models and computer simulations in materials science...
International audienceA major goal of numerical models and computer simulations in materials science...
International audienceA major goal of numerical models and computer simulations in materials science...
International audienceA major goal of numerical models and computer simulations in materials science...
Recent developments for the finite-element modelling of the plastic forming of the metallic material...
The modelling of microstructure evolution made tremendous advances over the latter part of the 20th ...
The study of microstructure and its evolution during the processing of materials represents an impor...
This paper presents two crystal plasticity based computational constitutive models for the intrinsic...
Procedures for synthesizing digital polycrystalline microstructures are illustrated, from either 2D ...