High temperature plastic deformation requires atomic migration whatever the mechanism of deformation. The constitutive equations contain a diffusion coefficient and the deformation rate follows an Arrhenius law. This paper will only discuss the case of viscous creep in order to elucidate the nature of the diffusion processes and the expression of the diffusion coefficient involved in alloys or compounds.La déformation plastique à haute température met en jeu des migrations atomiques, quel que soit le mécanisme de déformation. Les lois de comportement contiennent donc un coefficient de diffusion et la vitesse de déformation obéit à une loi d'Arrhenius. Dans cet article, qui ne conceme qu'un seul type de déformation, le fluage visqueux, on s'...
This volume of Diffusion Foundations entitled Diffusion Phenomena in Engineering Materials captures ...
A long‐term career at the University of Southern California, followed by an appointment at the Unive...
International audienceDespite their antinomic atomic structures, long range ordered but non-periodic...
Plastic flow of polycrystalline solids at elevated temperatures occurs by one of three independent d...
The three principal mechanisms of plastic flow in crystalline solids at elevated temperature are cry...
There is considerable interest currently in developing and understanding microstructural evolution, ...
167 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2007.The atomic transport resultin...
A review is presented of the debates between the present authors and other investigators regarding t...
This article describes how a creep equation can be applied to predict the deformation behaviour of p...
Plastic deformation of crystalline materials at elevated temperatures can occur by intragranular dis...
The transformation plasticity of steel during phase transformation under external stress was modelle...
Diffusion is the transport of atoms or particles through the surrounding material. Various microstru...
The mechanisms occurring in plastic flow at elevated temperatures may be divided into three distinct...
The plastic behaviour of solids is reviewed in terms of defect motions, with the aim to include both...
International audienceIn polycrystals, stress-driven vacancy diffusion at high homologous temperatur...
This volume of Diffusion Foundations entitled Diffusion Phenomena in Engineering Materials captures ...
A long‐term career at the University of Southern California, followed by an appointment at the Unive...
International audienceDespite their antinomic atomic structures, long range ordered but non-periodic...
Plastic flow of polycrystalline solids at elevated temperatures occurs by one of three independent d...
The three principal mechanisms of plastic flow in crystalline solids at elevated temperature are cry...
There is considerable interest currently in developing and understanding microstructural evolution, ...
167 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2007.The atomic transport resultin...
A review is presented of the debates between the present authors and other investigators regarding t...
This article describes how a creep equation can be applied to predict the deformation behaviour of p...
Plastic deformation of crystalline materials at elevated temperatures can occur by intragranular dis...
The transformation plasticity of steel during phase transformation under external stress was modelle...
Diffusion is the transport of atoms or particles through the surrounding material. Various microstru...
The mechanisms occurring in plastic flow at elevated temperatures may be divided into three distinct...
The plastic behaviour of solids is reviewed in terms of defect motions, with the aim to include both...
International audienceIn polycrystals, stress-driven vacancy diffusion at high homologous temperatur...
This volume of Diffusion Foundations entitled Diffusion Phenomena in Engineering Materials captures ...
A long‐term career at the University of Southern California, followed by an appointment at the Unive...
International audienceDespite their antinomic atomic structures, long range ordered but non-periodic...