Consideration of Crystallographic Neighbourhood in Magnetic Sheets of Fe3%Si. Behaviour Prediction of Grain Growth from the Texture Function

N. Rouag; H. Afer; Richard Penelle

doi:10.4028/www.scientific.net/MSF.467-470.923

Paper Titles

Sharpening of Cube Texture during Grain Growth in High Purity Aluminum
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Effect of Copper Addition on Grain Growth Behavior of Austenite in Low Carbon Steels
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Anisotropy of Grain Boundary Migration Observed in Situ by Synchrotron Radiation
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Microstructural Evidence of Abnormal Grain Growth by Solid-State Wetting in Fe-3%Si Steel
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Consideration of Crystallographic Neighbourhood in Magnetic Sheets of Fe3%Si. Behaviour Prediction of Grain Growth from the Texture Function
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Kinetics of Austenite Grain Growth during a Continuous Heating of a Niobium Microalloyed Steel
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Grain Growth in Al: First Results from a Combined Study of Bulk and In-Situ Experiments Using a Columnar Structured Al Foil
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Oriented Nucleation and Selective Growth during Secondary Recrystallization in Ultra Low Carbon Steels
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3D Atom Probe Analysis on Nb and Mo Segregation during Recrystallisation of α-Fe
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Consideration of Crystallographic Neighbourhood in Magnetic Sheets of Fe3%Si. Behaviour Prediction of Grain Growth from the Texture Function

Abstract:

The abnormal grain growth is related to the material texture, in the magnetic sheets Fe3%Si of HiB type, with AlN and MnS inhibitors. The onset of abnormal growth of Goss grains seems to be linked to the existence of a local favourable crystallographic neighbourhood. The grains which abnormally grow do not have a size greater than the average size in the matrix, their ability to grow in an abnormal way can be related to the local evolution around that considered grain, the whole effect of the matrix can hide the effect of matrix heterogeneity.