International audienceThe present study clarifies the role of Mn in cementite on the driving force of cementite dissolution and the growth of austenite. From an experimental study, the effects of manganese composition and temperature on the cementite dissolution were shown. From a theoretical analysis based on thermodynamic and kinetics considerations, a criterion for the change from fast to slow regime of cementite dissolution was proposed. This criterion is in good agreement with the experimental results. It can be easily calculated and can define the composition and temperature ranges where the cementite dissolution is slow or fast
Abweichender Titel nach Übersetzung der Verfasserin/des VerfassersSteel is the most often used const...
The conditions leading to precipitate dissolution in a variety of bearing steels are studied. Comput...
Intercritical annealing (IA) heat treatments are implemented to a variety of steels with the general...
International audienceThe present study clarifies the role of Mn in cementite on the driving force o...
Cementite precipitation during martensite tempering has become an important processing step in some ...
The effects of anti-segregating elements (Si and Al) and segregating elements (Cr and Mo) on cementi...
The influence of cementite precipitation and dissolution on the formation of the carbide-free, ultra...
Cementite dissolution in hypereutectoid steels containing Cr is analyzed using dilatometry combined ...
A balance between strength and ductility has been one of the most important considerations in the st...
Transformation induced elasticity (TRIP) effects associated with austenite dispersions in low alloy ...
Metastable austenite strongly influences the mechanical properties of many advanced high strength st...
The solute carbon content in ferrite is one of the important factors to obtain good formability in l...
The kinetic theory for the growth of pearlite in binary and ternary steels is implemented to ensure ...
This work presents the characterization of austenite decomposition kinetics in two steels during con...
MasterTWIP steels are known for their high strength with elongation but have manufacturing and cost ...
Abweichender Titel nach Übersetzung der Verfasserin/des VerfassersSteel is the most often used const...
The conditions leading to precipitate dissolution in a variety of bearing steels are studied. Comput...
Intercritical annealing (IA) heat treatments are implemented to a variety of steels with the general...
International audienceThe present study clarifies the role of Mn in cementite on the driving force o...
Cementite precipitation during martensite tempering has become an important processing step in some ...
The effects of anti-segregating elements (Si and Al) and segregating elements (Cr and Mo) on cementi...
The influence of cementite precipitation and dissolution on the formation of the carbide-free, ultra...
Cementite dissolution in hypereutectoid steels containing Cr is analyzed using dilatometry combined ...
A balance between strength and ductility has been one of the most important considerations in the st...
Transformation induced elasticity (TRIP) effects associated with austenite dispersions in low alloy ...
Metastable austenite strongly influences the mechanical properties of many advanced high strength st...
The solute carbon content in ferrite is one of the important factors to obtain good formability in l...
The kinetic theory for the growth of pearlite in binary and ternary steels is implemented to ensure ...
This work presents the characterization of austenite decomposition kinetics in two steels during con...
MasterTWIP steels are known for their high strength with elongation but have manufacturing and cost ...
Abweichender Titel nach Übersetzung der Verfasserin/des VerfassersSteel is the most often used const...
The conditions leading to precipitate dissolution in a variety of bearing steels are studied. Comput...
Intercritical annealing (IA) heat treatments are implemented to a variety of steels with the general...
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