International audienceThe study of creep deformation in a coarse-grained Udimet 720 superalloy obtained by powder-metallurgy reveals a good resistance associated to a dislocational deformation mechanism. A model is proposed for simulating creep and tensile curves. This model is used to understand the effect of microstructural changes on the deformation mechanisms
It has been recently shown that microtwinning is the principal deformation mechanism under certain c...
The present study employs molecular dynamics simulations of Ni-based superalloy to investigate the c...
A basic model was applied to pure Ni and then to a single-phase superalloy. The high temperature def...
International audienceThe study of creep deformation in a coarse-grained Udimet 720 superalloy obtai...
In this work a physics based creep model is presented to predict the behaviour in the Nickel based s...
This paper presents results from a research initiative aimed at investigating high temperature creep...
A physical model for the creep deformation of single crystal superalloys is presented that is sensit...
International audienceA new quantitative method has been developed for the analysis of the high-temp...
Different cooling paths from a supersolvus temperature have been applied to FGH96, a polycrystalline...
International audienceSeveral microstructural parameters of the NR6 nickel-based superalloy were var...
The creep properties of a nickel-based superalloy at 700 °C and 690 MPa resulting from differing agi...
By the late 1940s, and since then, the continuous development of dislocation theories have provided ...
International audienceCreep damage investigation was carried out in wrought nickel-based superalloy ...
By means of direct aged treatment, creep property measurement and high resolution TEM microstructure...
International audienceThe prediction of the viscoplastic behavior of Ni-based single crystal superal...
It has been recently shown that microtwinning is the principal deformation mechanism under certain c...
The present study employs molecular dynamics simulations of Ni-based superalloy to investigate the c...
A basic model was applied to pure Ni and then to a single-phase superalloy. The high temperature def...
International audienceThe study of creep deformation in a coarse-grained Udimet 720 superalloy obtai...
In this work a physics based creep model is presented to predict the behaviour in the Nickel based s...
This paper presents results from a research initiative aimed at investigating high temperature creep...
A physical model for the creep deformation of single crystal superalloys is presented that is sensit...
International audienceA new quantitative method has been developed for the analysis of the high-temp...
Different cooling paths from a supersolvus temperature have been applied to FGH96, a polycrystalline...
International audienceSeveral microstructural parameters of the NR6 nickel-based superalloy were var...
The creep properties of a nickel-based superalloy at 700 °C and 690 MPa resulting from differing agi...
By the late 1940s, and since then, the continuous development of dislocation theories have provided ...
International audienceCreep damage investigation was carried out in wrought nickel-based superalloy ...
By means of direct aged treatment, creep property measurement and high resolution TEM microstructure...
International audienceThe prediction of the viscoplastic behavior of Ni-based single crystal superal...
It has been recently shown that microtwinning is the principal deformation mechanism under certain c...
The present study employs molecular dynamics simulations of Ni-based superalloy to investigate the c...
A basic model was applied to pure Ni and then to a single-phase superalloy. The high temperature def...