Formation of the {111}&lt;112&gt; and {111}&lt;110&gt; Recrystallization Texture in Deep Drawing Low Carbon Steel

Xiao Li; Ping Yang; Li Meng

doi:10.4028/www.scientific.net/AMR.535-537.687

Paper Titles

The Morphology and Content of δ Ferrite in Non-Equilibrium Solidified 0Cr18Ni9 Austenitic Stainless Steel
p.666

Microstructures, Mechanical Properties and Textures of Deep Drawing Dual-Phase Steel
p.670

Creep-Fatigue Interaction Life Prediction for P91 Steel Based on Improved Elman Neural Network Model
p.674

The Recrystallization Behavior Study of 3%Si Nonoriented Electrical Steel
p.678

Formation of the {111}<112> and {111}<110> Recrystallization Texture in Deep Drawing Low Carbon Steel
p.687

Effect of Stabilizing Heat Treatment on Intergranular Corrosion Resistance of Welded Stainless Steel AISI 321
p.692

Study on Roll Wear Model for Hot Strip Mill
p.697

Corrosion Behavior Analysis of Various Ions in the Soil to the X80 Buried Pipeline
p.701

Research on Micro Inclusions of SS400 Steel in Slag Washing Process
p.706

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 535-537Formation of the {111}<112> and...

Formation of the {111}<112> and {111}<110> Recrystallization Texture in Deep Drawing Low Carbon Steel

Abstract:

The formation of 111-112 and 111-110 recrystallization textures during annealing of cold rolled low carbon steels at low heating rate was investigated by electron backscatter diffraction (EBSD) and X-ray diffraction techniques. The orientation characteristics during recrystallization of this steel were determined, results show that there is a strong competition between the 111-112 component and the 111-110 component along the γ-fiber. The former was developed from the deformed matrix with the same orientation by means of subgrain coalescence at early stage of recrystallization, while the latter nucleated at the grain boundary areas of deformed grains with 111-112 or 112-110 orientations by means of preferred nucleation and evolved into stable recrystallization texture at later stage of recrystallization.