Critical Effects of Microstructural Heterogeneities in Aluminium Alloys on Nucleation of Recrystallisation

Engineering

• Particle Stimulated Nucleation 100%
• Phase Particle 53%
• Plastic Strain 38%
• Ray Diffraction 23%
• Phase Contrast 23%
• Deformed Microstructure 15%
• Crystallographic Orientation 15%
• Elastic Strain 15%
• Experimental Result 7%
• Simulation Tool 7%
• Tensiles 7%
• Processing Condition 7%
• Heat Treatment 7%
• Review Paper 7%
• Size of Particle 7%
• Classical Theory 7%
• Everyday Life 7%
• Particle Volume 7%
• Processing Step 7%
• Thickness Reduction 7%
• Bulk Volume 7%
• Number Density 7%
• Simulation Experiment 7%
• Nucleation Site 7%
• Local Time 7%
• Boundary Migration 7%
• Alloy Sample 7%
• X Ray Laboratories 7%
• Nucleation Mechanism 7%
• Data Volume 7%
• Diffraction Tomography 7%
• Aluminum Foil 7%
• Residual Strain 7%
• Gauge Volume 7%
• Crystal Structure 7%
• Aspect Ratio 7%

Material Science

• Nucleation 100%
• Aluminum Alloy 100%
• Tomography 20%
• X-Ray Diffraction 10%
• Volume Fraction 6%
• Annealing 6%
• Aluminum 6%
• Grain Boundary 3%
• Grain Size 3%
• Heat Treatment 3%
• Thermomechanical Processing 3%
• Aluminum Foil 3%
• Density 3%
• Particle Type 3%
• Crystal Defect 3%

Keyphrases

• Virtual Volume 15%
• Quadruple Junction 7%
• Automotive Sheet 7%
• Sheet Parts 7%
• Metallic Products 7%