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It enhances magnetic permeability and reduces iron loss.
It produces thin strips with controlled solidification and reduced genetic effects.
Dynamic and static recrystallization occur.
It intensifies specific texture components like {001}~{118} 〈110〉.
Lower hot rolling reduction with higher warm rolling increases shear bands.
It leads to dominance of γ nuclei through grain-boundary nucleation.
Components like {223} 〈110〉 and {111} 〈110〉 are enhanced.
Increased warm rolling reduction decreases the annealing grain size.
Magnetic induction increases to a point and then decreases with higher reductions.
It follows classical grain-orientation rotating paths.
It softens the material and influences microstructure evolution.
Lower superheat leads to equiaxed grain structures.
Rough grains with shear bands and smooth grains with homogeneous deformation.
Recrystallization and grain growth lead to equiaxed microstructures.
A mixture of α- and γ-fiber textures is observed.
Increased rolling reduces the stability of λ-fiber texture.
It shows limited stability and tends to rotate during deformation.
Higher Taylor factors lead to uneven deformation and higher nucleation rates.
Nuclei orientations influence the resulting recrystallization texture.