The effect of low-alloy additions on low-C steels hardenability is reported. Various as-quenched materials with microstructures consisting of low-C (granular) bainitic (B), mixed bainitic (B)/martensitic (M) and fully martensitic microstructures were produced. Results show that for a given cooling rate, an increase of austenite grain size (AGS) and of Mo and Cr contents decreases the transformation temperatures and promotes martensite formation
The effects of start and finish cooling temperatures on microstructure and mechanical properties of ...
High hardenability is of great importance to ultra-heavy steel plates and can be achieved by tailori...
The aim of the performed experiments was to determine the influence of a cooling rate on the evoluti...
The effect of low-alloy additions on phase transformation of high strength low alloyed steels is rep...
Deformation dilatometry has been used to simulate controlled hot rolling followed by controlled cool...
The current work contains experimental and theoretical work about the formation of martensite from t...
Low alloy martensitic steels are commonly used in structural and wear resistant applications due to ...
Heavy plate steels with bainitic microstructures are widely used in industry due to their good combi...
The article deals with phase transformations and austenitizing behavior of the X155CrMoV12 tool stee...
The characteristics of martensitic transformation is strongly dependent on the cooling rate applied ...
Due to its hardness, martensite, perhaps, is the most desirable structure, but at the same time, mar...
peer reviewedThe interest of small additions of Cr (< 3 wt %) and Mo (~ 0.2 wt %) in steels for auto...
The crystallography of transformation products with different cooling rates has been investigated in...
Grain size in the steels is a relevant aspect in quenching and tempering heat treatments. It is know...
The effects of B and Cu addition and cooling rate on microstructure and mechanical properties of low...
The effects of start and finish cooling temperatures on microstructure and mechanical properties of ...
High hardenability is of great importance to ultra-heavy steel plates and can be achieved by tailori...
The aim of the performed experiments was to determine the influence of a cooling rate on the evoluti...
The effect of low-alloy additions on phase transformation of high strength low alloyed steels is rep...
Deformation dilatometry has been used to simulate controlled hot rolling followed by controlled cool...
The current work contains experimental and theoretical work about the formation of martensite from t...
Low alloy martensitic steels are commonly used in structural and wear resistant applications due to ...
Heavy plate steels with bainitic microstructures are widely used in industry due to their good combi...
The article deals with phase transformations and austenitizing behavior of the X155CrMoV12 tool stee...
The characteristics of martensitic transformation is strongly dependent on the cooling rate applied ...
Due to its hardness, martensite, perhaps, is the most desirable structure, but at the same time, mar...
peer reviewedThe interest of small additions of Cr (< 3 wt %) and Mo (~ 0.2 wt %) in steels for auto...
The crystallography of transformation products with different cooling rates has been investigated in...
Grain size in the steels is a relevant aspect in quenching and tempering heat treatments. It is know...
The effects of B and Cu addition and cooling rate on microstructure and mechanical properties of low...
The effects of start and finish cooling temperatures on microstructure and mechanical properties of ...
High hardenability is of great importance to ultra-heavy steel plates and can be achieved by tailori...
The aim of the performed experiments was to determine the influence of a cooling rate on the evoluti...