Tight-binding calculations of stacking energies and twinnability in fcc metals

Physics & Astronomy

• metals 47%
• twinning 39%
• slip 31%
• energy 27%
• ranking 24%
• stacking fault energy 22%
• continuum mechanics 22%
• readers 21%
• configurations 20%
• resources 18%
• crystal defects 18%
• tendencies 16%
• incidence 15%
• elastic properties 14%
• formulations 12%
• approximation 9%

Chemical Compounds

• Face-Centered Cubic Crystal System 100%
• Energy 44%
• Metal 42%
• Stacking Fault Energy 32%
• Twin Boundary 29%
• Elasticity Constant 25%
• Stacking Fault 25%
• Tight Binding Model 25%
• Mechanics 21%

Engineering & Materials Science

• Stacking faults 66%
• Metals 60%
• Elastic constants 31%
• Continuum mechanics 31%
• Materials properties 19%