Add to ORKGGrain size control is one of the most important aspects in the processing of metals and alloys. This is due to the fact that most engineering properties are strongly influenced by the grain size. The best examples are yield strength, as represented by the Hall-Petch relationship, and toughness, which both benefit from a small grai
International audienceThe present investigation deals with grain boundary engineering of a modified ...
Austenitic stainless steels are widely used in our daily life, but their mechanical strength is low....
In the last years, ultrafine grained materials have attracted considerable research interest because...
Many of the important mechanical properties of steel, including yield strength and hardness, the duc...
The concept of phase reversion involving cold deformation of metastable austenite to generate strain...
The prior-austenite grain size significantly influences the refinement of the martensitic microstruc...
This paper reviews the physical metallurgy of grain refinement produced by standard heat treatment p...
Nano/Submicron austenitic stainless steels increasingly attracted attention over last few years with...
Variation in grain sizes via different approaches affects steel’s microstructural properties and cor...
The shape memory effect of stainless shape memory alloy is associated to non-thermolastic gamma (CFC...
Grain refinement during solidification improves alloy properties, reduces defects such as hot tearin...
Fine-grained steels have many advantages such as are usually obtained through additions of alloyi...
Grain size is one of the key microstructural factors that control the mechanical properties of steel...
Grain size in the steels is a relevant aspect in quenching and tempering heat treatments. It is know...
A bimodal ferrite grain size distribution was developed in the microstructure of a warm-rolled ultra...
International audienceThe present investigation deals with grain boundary engineering of a modified ...
Austenitic stainless steels are widely used in our daily life, but their mechanical strength is low....
In the last years, ultrafine grained materials have attracted considerable research interest because...
Many of the important mechanical properties of steel, including yield strength and hardness, the duc...
The concept of phase reversion involving cold deformation of metastable austenite to generate strain...
The prior-austenite grain size significantly influences the refinement of the martensitic microstruc...
This paper reviews the physical metallurgy of grain refinement produced by standard heat treatment p...
Nano/Submicron austenitic stainless steels increasingly attracted attention over last few years with...
Variation in grain sizes via different approaches affects steel’s microstructural properties and cor...
The shape memory effect of stainless shape memory alloy is associated to non-thermolastic gamma (CFC...
Grain refinement during solidification improves alloy properties, reduces defects such as hot tearin...
Fine-grained steels have many advantages such as are usually obtained through additions of alloyi...
Grain size is one of the key microstructural factors that control the mechanical properties of steel...
Grain size in the steels is a relevant aspect in quenching and tempering heat treatments. It is know...
A bimodal ferrite grain size distribution was developed in the microstructure of a warm-rolled ultra...
International audienceThe present investigation deals with grain boundary engineering of a modified ...
Austenitic stainless steels are widely used in our daily life, but their mechanical strength is low....
In the last years, ultrafine grained materials have attracted considerable research interest because...