Fragmentation of α lamellae and subsequent spheroidization of α laths in α/β titanium alloys occurring during and after deformation are well known phenomena. We will illustrate the development of a new finite element methodology to model them. This new methodology is based on a level set framework to model the deformation and the ad hoc simultaneous and/or subsequent interfaces kinetics. We will focus, at yet, on the modeling of the surface diffusion at the α/β phase interfaces and the motion by mean curvature at the α/α grain interfaces
International audienceA close look on materials (especially metals) reveals, without surprise, disco...
In the present study, sub beta-transus static annealing was carried out on a (alpha+beta)-warm-rolle...
International audienceThe Level-set (LS) method has been shown to be a powerful approach to model dy...
Fragmentation of α lamellae and subsequent spheroidization of α laths in α/β titanium alloys occurri...
International audienceFragmentation of α lamellae and subsequent spheroidization of α laths in α/β t...
Les alliages de titane α/β ont beaucoup d’applications dans des domaines industriels divers comme l’...
Α/β titanium alloys have many industrial applications in various fields such as aeronautics. Spheroi...
The spheroidization behavior of an a colony microstructure in Ti-6Al-4V alloy during warm working an...
The effect of imposed strain epsilon, annealing temperature T (A), and annealing time tau on the sta...
The mutual relationship between phases in two phase titanium alloys, αHCP and βBBC, is such to have:...
High-efficiency and low-cost hot forming technologies for titanium alloys have been developed for pr...
yesThe loss of coherency of interphase boundaries in two-phase titanium alloys during deformation wa...
Titanium and its alloys have been widely used in many fields nowadays because of their excellent mec...
National audienceSeveral numerical methods have been developed for the last decades in order to simu...
AbstractThe subject of this paper is identification of the physical mechanisms of spalling at low im...
International audienceA close look on materials (especially metals) reveals, without surprise, disco...
In the present study, sub beta-transus static annealing was carried out on a (alpha+beta)-warm-rolle...
International audienceThe Level-set (LS) method has been shown to be a powerful approach to model dy...
Fragmentation of α lamellae and subsequent spheroidization of α laths in α/β titanium alloys occurri...
International audienceFragmentation of α lamellae and subsequent spheroidization of α laths in α/β t...
Les alliages de titane α/β ont beaucoup d’applications dans des domaines industriels divers comme l’...
Α/β titanium alloys have many industrial applications in various fields such as aeronautics. Spheroi...
The spheroidization behavior of an a colony microstructure in Ti-6Al-4V alloy during warm working an...
The effect of imposed strain epsilon, annealing temperature T (A), and annealing time tau on the sta...
The mutual relationship between phases in two phase titanium alloys, αHCP and βBBC, is such to have:...
High-efficiency and low-cost hot forming technologies for titanium alloys have been developed for pr...
yesThe loss of coherency of interphase boundaries in two-phase titanium alloys during deformation wa...
Titanium and its alloys have been widely used in many fields nowadays because of their excellent mec...
National audienceSeveral numerical methods have been developed for the last decades in order to simu...
AbstractThe subject of this paper is identification of the physical mechanisms of spalling at low im...
International audienceA close look on materials (especially metals) reveals, without surprise, disco...
In the present study, sub beta-transus static annealing was carried out on a (alpha+beta)-warm-rolle...
International audienceThe Level-set (LS) method has been shown to be a powerful approach to model dy...