The recrystallization behaviour of a cold rolled austenitic Fe-Mn steel is studied to explain the fine grained final microstructure. Thorough investigation of the kinetics, the microstructure and the texture evolution during recrystallization showed that the fast recrystallization kinetics is responsible for the final microstructure, while an oriented nucleation mechanism determines the texture evolution. The reason for the fast recrystallization kinetics is the low amount of recovery prior to recrystallization, resulting in a high driving force for the latter
IF steel was warm rolled at 700 °C in a single pass. The resulting texture and microstructure were r...
The Dual Phase Steels (DP Steels) have attracted interest of steel manufacturers, especially automot...
In this study, a systematic experimental study on the microstructure evolution for a dual phase and...
The recrystallization behaviour of a cold rolled austenitic Fe-Mn steel is studied to explain the fi...
The recrystallization of a 70% cold rolled TRIP steel (C=0.11%, Mn=1.53%, Si=1.26%) was examined. On...
The Static Recrystallization (SRX) phenomenon of austenite in C-Mn steels have a large impact on the...
International audienceThe medium Mn steels are a topic of interest from both practical and scientifi...
Medium-Mn steel has drawn tremendous attention recently for automotive lightweight applications, bec...
Ferrite recrystallization and austenite formation occurring during annealing of cold-rolled advanced...
The microstructure and texture evolution of cold-rolled low carbon steel after ultrafast heating and...
The microstructure and texture evolution of cold-rolled low carbon steel after ultrafast heating and...
Softening annealing (SA) is often required for producing medium-Mn steels (MMS) as it lowers hardnes...
Three microalloyed steels were tested under continuous and interrupted loading conditions. These mat...
The present work reports the effect of different initial microstructures on reverse transformation k...
In the present study, microstructure and texture evolution in an austenitic Fe-28 wt pct Mn-0.28 wt...
IF steel was warm rolled at 700 °C in a single pass. The resulting texture and microstructure were r...
The Dual Phase Steels (DP Steels) have attracted interest of steel manufacturers, especially automot...
In this study, a systematic experimental study on the microstructure evolution for a dual phase and...
The recrystallization behaviour of a cold rolled austenitic Fe-Mn steel is studied to explain the fi...
The recrystallization of a 70% cold rolled TRIP steel (C=0.11%, Mn=1.53%, Si=1.26%) was examined. On...
The Static Recrystallization (SRX) phenomenon of austenite in C-Mn steels have a large impact on the...
International audienceThe medium Mn steels are a topic of interest from both practical and scientifi...
Medium-Mn steel has drawn tremendous attention recently for automotive lightweight applications, bec...
Ferrite recrystallization and austenite formation occurring during annealing of cold-rolled advanced...
The microstructure and texture evolution of cold-rolled low carbon steel after ultrafast heating and...
The microstructure and texture evolution of cold-rolled low carbon steel after ultrafast heating and...
Softening annealing (SA) is often required for producing medium-Mn steels (MMS) as it lowers hardnes...
Three microalloyed steels were tested under continuous and interrupted loading conditions. These mat...
The present work reports the effect of different initial microstructures on reverse transformation k...
In the present study, microstructure and texture evolution in an austenitic Fe-28 wt pct Mn-0.28 wt...
IF steel was warm rolled at 700 °C in a single pass. The resulting texture and microstructure were r...
The Dual Phase Steels (DP Steels) have attracted interest of steel manufacturers, especially automot...
In this study, a systematic experimental study on the microstructure evolution for a dual phase and...