In this study, the main deformation behavior in terms of geometrically necessary dislocations (GND) was investigated on a transformation induced plasticity (TRIP) stainless steel by using sharp indentation at nanometric length scale. Results evidence that austenitic grains display an isotropic behavior on terms of GND, the main deformation mechanism being the Frank–Read source activated at local level.Peer ReviewedPostprint (published version
A discrete dislocation-transformation model is used to analyze the response of an aggregate of ferri...
The industrial demand for low density high strength steels without compromising on ductility in is e...
A discrete dislocation-transformation model is used to analyze the response of an aggregate of ferri...
In this study, the main deformation behavior in terms of geometrically necessary dislocations (GND) ...
In this study, the main deformation behavior in terms of geometrically necessary dislocations (GND) ...
Austenitic metastable stainless steels have outstanding mechanical properties. Their mechanical beha...
Metastable austenitic stainless steels are an interesting group of materials, which exhibit the Tran...
AbstractThe development and validation of crystal plasticity models requires the ability to map defo...
In this article, we report on the application of our spherical nanoindentation data analysis protoco...
Cyclic indentation was used to evaluate the dynamic deformation on metastable steels, particularly i...
To inform the design of superior transformation-induced plasticity (TRIP) steels, it is important to...
Austenitic metastable stainless steels are a materials group distinguished by their excellent mechan...
The mechanical behavior of a metastable stainless steel is studied by spherical nanoindentation, as ...
The industrial demand for low density high strength steels without compromising on ductility in is e...
The micro-scale plastic deformation behavior of an austenitic Fe-1.2%C-7.0%Mn (in wt%) steel was stu...
A discrete dislocation-transformation model is used to analyze the response of an aggregate of ferri...
The industrial demand for low density high strength steels without compromising on ductility in is e...
A discrete dislocation-transformation model is used to analyze the response of an aggregate of ferri...
In this study, the main deformation behavior in terms of geometrically necessary dislocations (GND) ...
In this study, the main deformation behavior in terms of geometrically necessary dislocations (GND) ...
Austenitic metastable stainless steels have outstanding mechanical properties. Their mechanical beha...
Metastable austenitic stainless steels are an interesting group of materials, which exhibit the Tran...
AbstractThe development and validation of crystal plasticity models requires the ability to map defo...
In this article, we report on the application of our spherical nanoindentation data analysis protoco...
Cyclic indentation was used to evaluate the dynamic deformation on metastable steels, particularly i...
To inform the design of superior transformation-induced plasticity (TRIP) steels, it is important to...
Austenitic metastable stainless steels are a materials group distinguished by their excellent mechan...
The mechanical behavior of a metastable stainless steel is studied by spherical nanoindentation, as ...
The industrial demand for low density high strength steels without compromising on ductility in is e...
The micro-scale plastic deformation behavior of an austenitic Fe-1.2%C-7.0%Mn (in wt%) steel was stu...
A discrete dislocation-transformation model is used to analyze the response of an aggregate of ferri...
The industrial demand for low density high strength steels without compromising on ductility in is e...
A discrete dislocation-transformation model is used to analyze the response of an aggregate of ferri...