Characterization of heterogeneous solids via wave methods in computational microelasticity

Physics & Astronomy

• wave propagation 80%
• microstructure 55%
• characterization 52%
• methodology 50%
• continuums 45%
• structural health monitoring 42%
• propagation modes 38%
• scale models 36%
• homogenizing 32%
• phase velocity 31%
• group velocity 31%
• direct numerical simulation 31%
• degrees of freedom 25%
• simulation 24%
• composite materials 19%
• estimates 18%

Engineering & Materials Science

• Wave propagation 100%
• Characterization (materials science) 82%
• Microstructure 63%
• Phase velocity 42%
• Direct numerical simulation 40%
• Structural health monitoring 33%
• Numerical methods 27%
• Composite materials 18%
• Experiments 11%