3D Spatial Distribution of Nuclei in 90% Cold Rolled Aluminium

Zsuzsanna Sükösd; Kristofer Hannesson; Gui Lin Wu; Dorte Juul Jensen

doi:10.4028/www.scientific.net/MSF.558-559.345

Paper Titles

Stored Energy Characterization after Low Deformation by Rolling or Tension of an IF-Ti
p.323

Local Microstructure Control of Pure Aluminum Utilizing Fiber-Laser Aided Spot Heating System
p.329

On the Recrystallisation Characteristics and Kinetics of a 9SMn28 Free Cutting Steel
p.333

Recovery of Gypsum from Waste Plaster Board by Recrystallization Process
p.339

3D Spatial Distribution of Nuclei in 90% Cold Rolled Aluminium
p.345

In Situ EBSP Analysis of Grain Boundary Migration during Recrystallization in Pure Aluminum Foils
p.351

Low Temperature Recrystallization of High Purity Iron Severely Deformed by ARB Process
p.357

Recrystallization Deformation of Austenite, Microstructure of Martensite and Property of Rolled Steel Products
p.363

Model Alloys to Study the Solute Drag and Precipitation Effect on the Recrystallization Kinetics of Nb-Microalloyed Steels
p.369

HomeMaterials Science ForumMaterials Science Forum Vols. 558-5593D Spatial Distribution of Nuclei in 90% Cold...

3D Spatial Distribution of Nuclei in 90% Cold Rolled Aluminium

Abstract:

The distribution of nucleation sites in 90% cold rolled aluminium (AA1050) annealed for 1h at 280°C has been determined by serial sectioning the sample and characterizing each section using the electron back scattering pattern (EBSP) method in the SEM. In total 1844 nuclei are identified. It was found that the nuclei are not randomly distributed but clustered preferentially along TD-RD planes in the sample. The results are presented and implications of clustered nucleation on recrystallization kinetics are discussed.