International audienceThough as-quenched martensite exhibits a low uniform elongation in tension, it is highlighted that this phase has a very high strain-hardening which increases with carbon content and a large Bauschinger effect. Because usual dislocation storage can not explain reasonably this particular behaviour, an approach based on a continuum composite view of martensite (CCA) is developed suitable to capture all the experimental features
Martensitic steels are tempered to increase the toughness of the metastable martensite, which is bri...
The complex microstructure of ferrous martensite is reflected in its complex mechanical response. In...
Four commercial steels with carbon contents in the range 0.1-0.5 wt.% have been examined in the as-q...
Martensite is a key constituent in advanced high strength steels and plays an important role in prov...
Quenching & Partitioning (Q&P) steels owe their good strength-ductility combinations to the ...
The influence of carbon distribution and carbide precipitation on the mechanical properties of the a...
The role of carbon in the strengthening mechanisms of martensitic steels has been studied for decade...
International audienceCarbon and manganese combined effect on the mechanical behavior of martensite ...
There are several operative strengthening mechanisms in low carbon martensitic steels that depend on...
Martensite is a key constituent in advanced high strength steels (AHSS). The mechanical response of ...
This study aims to reveal the atomic-scale effects of tempering on the complex substructures and str...
The current work contains experimental and theoretical work about the formation of martensite from t...
Programa Retos de Conferencias del CENIM (CSIC)Martensitic transformations have been the subject of ...
This Ph.D. thesis investigates the relation between microstructural and mechanical properties of Adv...
The high dislocation density (ρd) in Fe-C and/or Fe-N martensite is known to be one of the main caus...
Martensitic steels are tempered to increase the toughness of the metastable martensite, which is bri...
The complex microstructure of ferrous martensite is reflected in its complex mechanical response. In...
Four commercial steels with carbon contents in the range 0.1-0.5 wt.% have been examined in the as-q...
Martensite is a key constituent in advanced high strength steels and plays an important role in prov...
Quenching & Partitioning (Q&P) steels owe their good strength-ductility combinations to the ...
The influence of carbon distribution and carbide precipitation on the mechanical properties of the a...
The role of carbon in the strengthening mechanisms of martensitic steels has been studied for decade...
International audienceCarbon and manganese combined effect on the mechanical behavior of martensite ...
There are several operative strengthening mechanisms in low carbon martensitic steels that depend on...
Martensite is a key constituent in advanced high strength steels (AHSS). The mechanical response of ...
This study aims to reveal the atomic-scale effects of tempering on the complex substructures and str...
The current work contains experimental and theoretical work about the formation of martensite from t...
Programa Retos de Conferencias del CENIM (CSIC)Martensitic transformations have been the subject of ...
This Ph.D. thesis investigates the relation between microstructural and mechanical properties of Adv...
The high dislocation density (ρd) in Fe-C and/or Fe-N martensite is known to be one of the main caus...
Martensitic steels are tempered to increase the toughness of the metastable martensite, which is bri...
The complex microstructure of ferrous martensite is reflected in its complex mechanical response. In...
Four commercial steels with carbon contents in the range 0.1-0.5 wt.% have been examined in the as-q...