Characterization of heterogeneous solids via wave methods in computational microelasticity

Keyphrases

• Wave Propagation 100%
• Heterogeneous Solids 100%
• Wave Method 100%
• Microstructured Solids 100%
• Micro-elasticity 100%
• Composite Materials 50%
• Meso 50%
• Microstructural 50%
• Microstructure 50%
• Numerical Methods 50%
• Direct numerical Simulation 50%
• Dynamic Behavior 50%
• Structural Health Monitoring 50%
• Continuum Theory 50%
• Computation Time 50%
• Wave Field 50%
• Degrees of Freedom 50%
• Physical Experiment 50%
• Finite Element Scheme 50%
• Modeling Methodology 50%
• Benchmark Problems 50%
• Wave Propagation Model 50%
• Simulation Methodology 50%
• Group Velocity 50%
• Microstructural Characteristics 50%
• Phase Velocity 50%
• Constitutive Law 50%
• Propagation Mode 50%
• Diverse Applications 50%
• Mindlin 50%
• Wave Motion 50%
• Microstructural Effects 50%
• High Dynamic 50%
• Finite Element Implementation 50%
• Mathematical Explanation 50%
• Microstructure Effect 50%
• Frequency Dynamic Regime 50%
• Heterogeneous Bodies 50%
• Superelement 50%
• Geomaterials 50%
• Scale Model Experiment 50%

Engineering

• Finite Element Analysis 100%
• Multiscale 50%
• Dynamic Behavior 50%
• Structural Health Monitoring 50%
• Degree of Freedom 50%
• Computational Time 50%
• Wave Motion 50%
• Dynamic Regime 50%
• Super Element 50%
• Classical Method 50%
• Benchmark Problem 50%
• Phase Velocity 50%
• Group Velocity 50%
• Propagation Mode 50%
• Composite Material 50%
• Scale Model 50%
• Direct Numerical Simulation 50%

Material Science

• Finite Element Methods 100%
• Microelasticity 100%
• Composite Material 50%
• Natural Material 50%