Oriented Nucleation and Selective Growth during Secondary Recrystallization in Ultra Low Carbon Steels

Kim Verbeken; Leo A.I. Kestens

doi:10.4028/www.scientific.net/MSF.467-470.941

Paper Titles

Microstructural Evidence of Abnormal Grain Growth by Solid-State Wetting in Fe-3%Si Steel
p.917

Consideration of Crystallographic Neighbourhood in Magnetic Sheets of Fe3%Si. Behaviour Prediction of Grain Growth from the Texture Function
p.923

Kinetics of Austenite Grain Growth during a Continuous Heating of a Niobium Microalloyed Steel
p.929

Grain Growth in Al: First Results from a Combined Study of Bulk and In-Situ Experiments Using a Columnar Structured Al Foil
p.935

Oriented Nucleation and Selective Growth during Secondary Recrystallization in Ultra Low Carbon Steels
p.941

3D Atom Probe Analysis on Nb and Mo Segregation during Recrystallisation of α-Fe
p.949

Abnormal Grain Growth Effects on the Mechanical Behavior of Ni Electrodeposits
p.957

Particle Evolution and Grain Growth during Annealing of a Complex Multiphase Al-Sn Triboalloy
p.963

Measurement of Impurity Concentration at Grain Boundaries after Recrystallization
p.969

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Oriented Nucleation and Selective Growth during Secondary Recrystallization in Ultra Low Carbon Steels

Abstract:

After primary recrystallization, on further annealing, abnormal grain growth occurred in ultra low carbon steel. Texture evolution was studied by comparing the orientations after complete secondary recrystallization, with on one hand the nuclei for abnormal grain growth and on the other hand the selective growth products of the primary recrystallized matrix. The influence of both mechanisms could be identified in the final texture.