The magnetic properties of electrical steel such as magnetization behavior and specific magnetic losses are related to the microstructure and texture of the steel. The interest in the case of FeSi-alloys is to realize a low intensity on the {111} fiber, which is a different goal than that of conventional steels, where a high intensity on the {111} fiber and small grain size is desired. In this paper, we present and discuss some results of our recent studies on FeSi-alloys without phase transformation. The resulting grain structure and the relevant magnetic texture components for nonoriented electrical steels before and after cold rolling as well as after annealing were analyzed
Electrical steels, in particular Fe-Si alloys, are used as magnetic flux carrier in transformers and...
The metallurgical understanding of the deformation processes during the fabrication of non-oriented ...
A homogenous intensity distribution along the cube texture fibre is important to achieve an easy mag...
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 crystallographic texture and grain size have a strong influence on the magnetic properties of Fe...
The crystallographic texture and grain size have a strong influence on the magnetic properties of Fe...
The magnetic properties of non-oriented electrical steel, widely used in electric machines, are clos...
Cold rolled Fe-3%Si steel sheets underwent a single-step annealing process, which included a decarbu...
The use of twin-roll strip casting for the preparation of non-oriented silicon steel has attracted w...
Conventional thermomechanical processing of low-carbon steels leads to a characteristic texture domi...
The use of twin-roll strip casting for the preparation of non-oriented silicon steel has attracted w...
Conventional thermomechanical processing of low-carbon steels leads to a characteristic texture domi...
The effect of magnetic annealing on crystallographic texture, microstructure, defects density and ma...
Electrical steels, in particular Fe-Si alloys, are used as magnetic flux carrier in transformers and...
Electrical steels, in particular Fe-Si alloys, are used as magnetic flux carrier in transformers and...
The metallurgical understanding of the deformation processes during the fabrication of non-oriented ...
A homogenous intensity distribution along the cube texture fibre is important to achieve an easy mag...
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 crystallographic texture and grain size have a strong influence on the magnetic properties of Fe...
The crystallographic texture and grain size have a strong influence on the magnetic properties of Fe...
The magnetic properties of non-oriented electrical steel, widely used in electric machines, are clos...
Cold rolled Fe-3%Si steel sheets underwent a single-step annealing process, which included a decarbu...
The use of twin-roll strip casting for the preparation of non-oriented silicon steel has attracted w...
Conventional thermomechanical processing of low-carbon steels leads to a characteristic texture domi...
The use of twin-roll strip casting for the preparation of non-oriented silicon steel has attracted w...
Conventional thermomechanical processing of low-carbon steels leads to a characteristic texture domi...
The effect of magnetic annealing on crystallographic texture, microstructure, defects density and ma...
Electrical steels, in particular Fe-Si alloys, are used as magnetic flux carrier in transformers and...
Electrical steels, in particular Fe-Si alloys, are used as magnetic flux carrier in transformers and...
The metallurgical understanding of the deformation processes during the fabrication of non-oriented ...
A homogenous intensity distribution along the cube texture fibre is important to achieve an easy mag...