Critique of macro flow/damage surface representations for metal matrix composites using micromechanics

Engineering & Materials Science

• Composite micromechanics 100%
• Macros 49%
• Metals 35%
• Debonding 22%
• Micromechanics 8%
• Silicon carbide 7%
• Constitutive models 6%
• Titanium 6%
• Strain rate 6%
• Residual stresses 5%
• Fibers 4%
• Composite materials 3%
• Temperature 2%

Physics & Astronomy

• micromechanics 68%
• metal matrix composites 66%
• damage 39%
• matrices 11%
• silicon carbides 6%
• residual stress 6%
• strain rate 5%
• envelopes 5%
• titanium 5%
• dissipation 5%
• formulations 4%
• thresholds 4%
• fibers 3%
• room temperature 3%
• temperature 2%

Earth & Environmental Sciences

• micromechanics 75%
• damage 35%
• matrix 32%
• metal 32%
• residual stress 8%
• development model 7%
• strain rate 6%
• titanium 6%
• silicon 6%
• dissipation 6%
• fiber 5%
• material 2%
• temperature 2%
• rate 2%