Microstructure and mechanical properties of aluminum-fullerene composite fabricated by high pressure torsion

Engineering & Materials Science

• Fullerenes 100%
• Torsional stress 65%
• Aluminum 49%
• Microstructure 43%
• Mechanical properties 41%
• Composite materials 37%
• Consolidation 33%
• Microhardness 32%
• Sintering 30%
• Plastic deformation 28%
• Tensile strength 25%
• Heating 23%
• Temperature 12%

Physics & Astronomy

• fullerenes 67%
• torsion 62%
• aluminum 44%
• mechanical properties 42%
• composite materials 39%
• microstructure 37%
• consolidation 36%
• ambient temperature 31%
• tensile strength 30%
• microhardness 29%
• plastic deformation 28%
• sintering 24%
• grain size 24%
• heating 20%

Chemical Compounds

• Torsion 65%
• Microstructure 43%
• Plastic Deformation 40%
• Pressure 37%
• Microhardness 34%
• Composite Material 32%
• Grain Size 30%
• Fullerene 29%
• Tensile Strength 27%
• Sintering 26%
• Strain 22%
• Mixture 14%