The physical origins of the magnetic properties of nonoriented electrical steels; its relations to microstructural features like grain size, nonmetallic inclusions, dislocation density distribution, crystallographic texture, and residual stresses; and its processing by cold rolling and annealing are overviewed, using quantitative relations whenever available
Commercial supply, from several steel manufacturers, of low-silicon non-grain-oriented electrical st...
Thin laminations of non-grain oriented (NO) electrical steels form the magnetic core of rotating ele...
The magnetic properties of electrical steel such as magnetization behavior and specific magnetic los...
The physical origins of the magnetic properties of nonoriented electrical steels; its relations to m...
The magnetic properties of non-oriented electrical steel, widely used in electric machines, are clos...
Nonoriented electrical steels are mainly used as the core materials in motors and generators. The m...
The magnetic properties in electrical steels are strongly dependent on the crystallographic texture ...
This paper presents a classic process-structure-properties approach for optimizing the magnetic prop...
Methods of modern quantitative texture analysis are applied in order to characterize the crystallogr...
Methods of modern quantitative texture analysis are applied in order to characterize the crystallogr...
The goal of the present work is to compare progressive technology - rolling at cryogenic temperature...
The goal of the present work is to compare progressive technology - rolling at cryogenic temperature...
Silicon steel is known as electrical steel and it is extensively used for electrical applicatio...
Silicon steel is known as electrical steel and it is extensively used for electrical applicatio...
The influence of hot-band grain size and additions of aluminum and manganese on the magnetic propert...
Commercial supply, from several steel manufacturers, of low-silicon non-grain-oriented electrical st...
Thin laminations of non-grain oriented (NO) electrical steels form the magnetic core of rotating ele...
The magnetic properties of electrical steel such as magnetization behavior and specific magnetic los...
The physical origins of the magnetic properties of nonoriented electrical steels; its relations to m...
The magnetic properties of non-oriented electrical steel, widely used in electric machines, are clos...
Nonoriented electrical steels are mainly used as the core materials in motors and generators. The m...
The magnetic properties in electrical steels are strongly dependent on the crystallographic texture ...
This paper presents a classic process-structure-properties approach for optimizing the magnetic prop...
Methods of modern quantitative texture analysis are applied in order to characterize the crystallogr...
Methods of modern quantitative texture analysis are applied in order to characterize the crystallogr...
The goal of the present work is to compare progressive technology - rolling at cryogenic temperature...
The goal of the present work is to compare progressive technology - rolling at cryogenic temperature...
Silicon steel is known as electrical steel and it is extensively used for electrical applicatio...
Silicon steel is known as electrical steel and it is extensively used for electrical applicatio...
The influence of hot-band grain size and additions of aluminum and manganese on the magnetic propert...
Commercial supply, from several steel manufacturers, of low-silicon non-grain-oriented electrical st...
Thin laminations of non-grain oriented (NO) electrical steels form the magnetic core of rotating ele...
The magnetic properties of electrical steel such as magnetization behavior and specific magnetic los...
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