in : Thermec 2011, ed. T. Chandra, M. Ionescu and D. MantovaniInternational audienceThe study about the influence of intercritical annealing time on a cold rolled 0.1%C - 4.6%Mn (wt.%) steel was performed. The tensile tests show an interesting balance between strength and ductility especially after 7 hours annealing at 670°C. A part of this good result can be explained by the presence of rather high fraction of metastable austenite at room temperature. On the other hand a very complex microstructure combining lath-like and polygonal features was observed making the interpretation complicated
Intercritically annealed medium manganese steels are a promising third-generation advanced high-stre...
International audienceA double annealing process was applied to cold rolled medium Mn steel. The evo...
The room temperature tensile behavior of intercritically annealed hot-rolled Fe-8%Mn-0.4%C-3%Al-2%Si...
DoctorThe present work reports the effect of different initial microstructures on intercritical anne...
Medium-Mn steels are characterized by ultrafine-grained (UFG) duplex microstructure consisting of fe...
The present work reports the effect of different initial microstructures on reverse transformation k...
Medium manganese steels which belong to the 3rd generation advanced high strength steels are a promi...
This paper reports the theoretical design of time-temperature matrix for intercritical annealing of ...
International audienceDouble annealing of low carbon medium Mn steel was studied. The second intercr...
The microstructure and mechanical properties of intercritically annealed medium Mn steel are depende...
Medium-Mn steel has drawn tremendous attention recently for automotive lightweight applications, bec...
Cold rolled 0.1C-4.7Mn (wt-%) steel was submitted to double annealing. The holding time of second in...
An investigation has been made into the influence of intercritical annealing on the tensile and impa...
A medium Mn steel has been designed to achieve an excellent combination of strength and ductility b...
The effect of extended intercritical annealing time on the changes of the microstructure and tensile...
Intercritically annealed medium manganese steels are a promising third-generation advanced high-stre...
International audienceA double annealing process was applied to cold rolled medium Mn steel. The evo...
The room temperature tensile behavior of intercritically annealed hot-rolled Fe-8%Mn-0.4%C-3%Al-2%Si...
DoctorThe present work reports the effect of different initial microstructures on intercritical anne...
Medium-Mn steels are characterized by ultrafine-grained (UFG) duplex microstructure consisting of fe...
The present work reports the effect of different initial microstructures on reverse transformation k...
Medium manganese steels which belong to the 3rd generation advanced high strength steels are a promi...
This paper reports the theoretical design of time-temperature matrix for intercritical annealing of ...
International audienceDouble annealing of low carbon medium Mn steel was studied. The second intercr...
The microstructure and mechanical properties of intercritically annealed medium Mn steel are depende...
Medium-Mn steel has drawn tremendous attention recently for automotive lightweight applications, bec...
Cold rolled 0.1C-4.7Mn (wt-%) steel was submitted to double annealing. The holding time of second in...
An investigation has been made into the influence of intercritical annealing on the tensile and impa...
A medium Mn steel has been designed to achieve an excellent combination of strength and ductility b...
The effect of extended intercritical annealing time on the changes of the microstructure and tensile...
Intercritically annealed medium manganese steels are a promising third-generation advanced high-stre...
International audienceA double annealing process was applied to cold rolled medium Mn steel. The evo...
The room temperature tensile behavior of intercritically annealed hot-rolled Fe-8%Mn-0.4%C-3%Al-2%Si...