Add to ORKGThe magnetic properties of electrical steels are related to the microstructure and texture of the final processed steel. There is an interplay and interaction of the microstructure and texture between the various processing steps. The ongoing structural changes at final annealing of the cold rolled material depend sensitively on the deformation structure after the cold rolling with high deformation. In this paper, we will study in detail the role of the microstructure of the hot strip on the deformation structure after cold rolling with high deformation
The ferromagnetic properties of ferritic steels are known to strongly depend on the direction of mag...
The microstructure of hot rolled strips affects to a large extent the resulting microstructure of th...
This paper presents a classic process-structure-properties approach for optimizing the magnetic prop...
It is well established that there is an interplay and interaction between the processing steps at fa...
Cross-Rolled Non-oriented (CRNO) electrical steel are distinguished by their uniformity in magnetic ...
The magnetic properties of electrical steel such as magnetization behavior and specific magnetic los...
The magnetic properties of electrical steel such as magnetization behavior and specific magnetic los...
The magnetic properties of electrical steel such as magnetization behavior and specific magnetic los...
The optimization of magnetic and physical properties of electrical steel is imperative for many engi...
In order to investigate the effect of cold rolling deformation mode and initial texture on the final...
Deformation leads to a hardening of steel due to an increase in the density of dislocations and a re...
Deformation leads to a hardening of steel due to an increase in the density of dislocations and a re...
Deformation leads to a hardening of steel due to an increase in the density of dislocations and a re...
The ferromagnetic properties of ferritic steels are known to strongly depend on the direction of mag...
The magnetic properties of non-oriented electrical steel, widely used in electric machines, are clos...
The ferromagnetic properties of ferritic steels are known to strongly depend on the direction of mag...
The microstructure of hot rolled strips affects to a large extent the resulting microstructure of th...
This paper presents a classic process-structure-properties approach for optimizing the magnetic prop...
It is well established that there is an interplay and interaction between the processing steps at fa...
Cross-Rolled Non-oriented (CRNO) electrical steel are distinguished by their uniformity in magnetic ...
The magnetic properties of electrical steel such as magnetization behavior and specific magnetic los...
The magnetic properties of electrical steel such as magnetization behavior and specific magnetic los...
The magnetic properties of electrical steel such as magnetization behavior and specific magnetic los...
The optimization of magnetic and physical properties of electrical steel is imperative for many engi...
In order to investigate the effect of cold rolling deformation mode and initial texture on the final...
Deformation leads to a hardening of steel due to an increase in the density of dislocations and a re...
Deformation leads to a hardening of steel due to an increase in the density of dislocations and a re...
Deformation leads to a hardening of steel due to an increase in the density of dislocations and a re...
The ferromagnetic properties of ferritic steels are known to strongly depend on the direction of mag...
The magnetic properties of non-oriented electrical steel, widely used in electric machines, are clos...
The ferromagnetic properties of ferritic steels are known to strongly depend on the direction of mag...
The microstructure of hot rolled strips affects to a large extent the resulting microstructure of th...
This paper presents a classic process-structure-properties approach for optimizing the magnetic prop...