An Investigation of Compressive Creep Aging Behavior of Al-Cu-Li Alloy Pre-Treated by Compressive Plastic Deformation and Artificial Aging

Keyphrases

• Aged Samples 40%
• Al-Cu-Li Alloy 100%
• Artificial Aging 100%
• Behavior Evolution 20%
• Compressive Creep Aging 100%
• Compressive Creep Behavior 40%
• Compressive Plastic Deformation 100%
• Creep 40%
• Creep Strain 20%
• Creepage 100%
• Deformation Aging 100%
• Deformation Level 20%
• Dimensional Stability 20%
• Dislocation 80%
• Dislocation Loops 20%
• Grain Boundary 20%
• Grain Interior 20%
• Hot Deformation 20%
• Li-rich 20%
• Microstructure Evolution 20%
• Mutual Reinforcement 20%
• Nucleate 20%
• Nucleation Site 20%
• Plastic Pre-deformation 20%
• Pre-aging 40%
• Pre-deformation 80%
• Pre-deformed 60%
• Solute Atoms 20%
• Stacking Faults 20%
• Suzuki 20%
• T1 Phase 100%

Engineering

• Artificial Ageing 100%
• Creep 100%
• Creep Strain 16%
• Dimensional Stability 16%
• Dislocation Loop 16%
• Grain Boundaries 16%
• Grain Interior 16%
• Hot Working 16%
• Larger Quantity 33%
• Microstructure Evolution 16%
• Nucleation Site 16%
• Plastic Deformation 100%
• Shockley 16%
• Solute Atom 16%

Material Science

• Creep 100%
• Crystal Defect 14%
• Grain Boundaries 14%
• Nucleation 14%
• Plastic Deformation 100%