Formability of a high-strain-rate superplastic Al-4.4Cu-1.5Mg/21SiCw composite under biaxial tension

Keyphrases

• Superplastic 100%
• Uniaxial Tension 100%
• Formability 100%
• Biaxial Tension 100%
• High Strain Rate 100%
• Diaphragm 75%
• Cavitation Behavior 50%
• Cavity Growth 50%
• Thickness Distribution 50%
• Tensile Test 25%
• Aspect Ratio 25%
• Biaxial Stress State 25%
• SiC Whiskers 25%
• Whisker Reinforced 25%
• Stress State 25%
• Rate Parameters 25%
• Limit Strain 25%
• Forming Limit 25%
• Composite Sheet 25%
• Strain Level 25%
• Equibiaxial Tension 25%
• Damage Plasticity Model 25%
• Stress Ratio 25%
• Effective Strain 25%
• Cornfield 25%

Engineering

• Diaphragm 100%
• Biaxial Tension 100%
• High Strain Rate 100%
• Stress State 66%
• Good Agreement 66%
• Thickness Distribution 66%
• Forming Limit 33%
• Biaxial Stress 33%
• Experimental Finding 33%
• Strain Limit 33%
• Strain Level 33%
• Effective Strain 33%
• Plastic Damage Model 33%
• Applied Stress 33%
• Reinforced Al 33%
• Tensile Test 33%
• Stress Ratio 33%
• Aspect Ratio 33%