Origin of Goss texture in grain oriented electrical steel: Role of shear bands

Jain, Vipul; Modak, Pranabananda; Patra, Samir Kumar; Ghosh, Abhijit

doi:10.1016/j.mtla.2022.101398

Cited by 17 publications

(3 citation statements)

References 38 publications

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“…Goss-oriented grains are retained after cold rolling which subsequently develops the Goss texture during the final annealing process when fine primary recrystallization grains are firstly formed, and abnormal grain growth is formed with further annealing. Then, a portion of fine grains with an exact {110}⟨001⟩ orientation of grains (Goss texture) absorbs other grains due to surface energy differences, resulting in the sharp Goss texture [11,12]. In addition, the role of inhibitors (second-phase particles) in promoting secondary recrystallization, such as MnS and/or AlN precipitations, has also been widely investigated, and those investigations have shown that these inhibitors are used to control the texture in the steel strip [13][14][15].…”

Section: Introductionmentioning

confidence: 99%

Texture Intensity in Grain-Oriented Steel in the Main Stages of the Production Cycle

Krawczyk,

Ścibisz,

Goły

et al. 2024

Crystals

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Grain-oriented electrical steel (GOES) has been used for many years for application in transformed cores due to its excellent magnetic properties. Magnetic properties are strongly influenced by obtaining a texture with a certain orientation (110) [001] for BCC structure. This is related to the easy direction of magnetization [001]. So far, the main research has been focused on obtaining a strong texture in the last stages of the process. The aim of the present study was to additionally trace textural changes for a slab after the continuous casting (CC) process and for a sheet after the hot rolling process. The scope of such an analysis has not been conducted before. With regard to the state after continuous casting (CC), the texture was related to measurements of the anisotropy of Barkhausen magnetic noises and the macrostructure of the slab. Based on the X-ray diffraction examinations that compared the texture intensity calculated from the texture coefficient of the slab, the hot rolled steel and the final product of grain-oriented electrical steel contained 3.1% of Si. The studies performed with the material taken from three different production steps showed high differences in the values of textural intensity indicating the occurrence of a crystallization texture, especially in the area of the columnar crystal zone; textural weakness after the hot rolling process and high texturing in the final product for textural components corresponding to the desired Goss texture.

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Section: Introductionmentioning

confidence: 99%

Texture Intensity in Grain-Oriented Steel in the Main Stages of the Production Cycle

Krawczyk,

Ścibisz,

Goły

et al. 2024

Crystals

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show abstract

“…Cold-rolled, grain-oriented electrical steel produced by the cold-rolling process exhibits excellent magnetic properties due to the (110) <001> Gauss texture in the rolling direction and has been widely utilized as an iron core material of the electrical products serviced under directional magnetic field, such as transformers, ballasts, amplifiers, regulators, relays, rectifiers, electromagnetic switches, etc. [ 1 , 2 ]. In industrial applications, the quality of grain-oriented electrical steel is mainly evaluated by two AC magnetic properties indexes, i.e., the specific total loss and magnetic polarization strength.…”

Section: Introductionmentioning

confidence: 99%

Study on the Single Sheet Measurement Method for AC Magnetic Measurement on Grain-Oriented Electrical Steel

Xiang

Cheng

2023

Materials

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To quickly and accurately measure the AC magnetic properties of grain-oriented electrical steel by means of the existing measuring system designed for the magnetizing current method (MC), specifically the SST (92) single sheet method, in this work, the H-coil (HC) measuring system, which directly senses the magnetic field strength of the tested sample, was designed to measure the AC magnetic properties of the grain-oriented electrical steel. The assumed effective magnetic path length introduced in the MC method was corrected by comparing the measurement results obtained by means of HC and MC methods. The results found that specific total loss measured by the HC method was significantly lower than that measured by the classical magnetizing current (MC) method. Taking the HC method as the reference, the influencing factors of the effective magnetic path length was studied. It was found that the actual effective magnetic path length depends on the investigated sample characteristics, the measurement conditions, as well as yoke characteristics. The actual effective magnetic path length introduced in the MC method is examined to be more than 450 mm, fluctuating around 468 mm.

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“…The change in structure may be related to the fragmentation of crystal grains present in the material, a change in their easy magnetization direction, or the complete elimination of the crystal structure. In conventionally used transformer sheets, their properties are improved in the texturing process, where a Goss or cube structure is obtained [1]. Such sheets can also be classified in terms of the directionality of their magnetic properties into isotropic and anisotropic.…”

Section: Introductionmentioning

confidence: 99%

Influence of Hf and Y Content on the Local Occurrence of Antiferromagnetic Interactions in Amorphous Fe-Based Alloys

Nabiałek,

Che Halin,

Gondro

et al. 2023

Acta Phys. Pol. A

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Fe-based, rapid-quenched alloys are characterized by good magnetic properties. For alloys with ferromagnetic properties, an important parameter is the saturation magnetization. Its value depends on many factors, including: chemical composition, content of ferromagnetic elements, and structure of the material. For alloys with an amorphous structure, there is a chaotic arrangement of atoms in the alloy volume. Locally, however, the atoms may be in an order close to the crystal structure. The distances between magnetic atoms in such areas determine the magnetization process of the alloy. These distances can be adjusted with various alloy additions. The study investigated the effect of the content of Y and Hf on the distance between magnetic atoms and the value of saturation magnetization. It was found that a higher content of Y (characterized by a longer atomic radius compared to Hf) reduces the distance between Fe atoms and causes a decrease in the value of saturation magnetization. This is related to the local presence of antiferromagnetic order. topics: bulk amorphous alloys, antiferromagnetic, Mössbauer spectroscopy

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Origin of Goss texture in grain oriented electrical steel: Role of shear bands

Cited by 17 publications

References 38 publications

Texture Intensity in Grain-Oriented Steel in the Main Stages of the Production Cycle

Texture Intensity in Grain-Oriented Steel in the Main Stages of the Production Cycle

Study on the Single Sheet Measurement Method for AC Magnetic Measurement on Grain-Oriented Electrical Steel

Influence of Hf and Y Content on the Local Occurrence of Antiferromagnetic Interactions in Amorphous Fe-Based Alloys

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