Analysis of locally irregular composites using the high-fidelity generalized method of cells

Keyphrases

• Shear Stress 100%
• Normal Stress 100%
• Micromechanical Modeling 100%
• High-fidelity Generalized Method of Cells 100%
• Stress-strain Response 100%
• Generalized Method of Cells 100%
• Locally Irregular 100%
• Shear Coupling 100%
• Original Model 50%
• Local Field 50%
• Macro Level 50%
• Solution Method 50%
• Solution Strategies 50%
• Finite Element 50%
• Stress Field 50%
• Heterogeneous Materials 50%
• Functionally Graded Materials 50%
• Metal Matrix Composites 50%
• Strain Field 50%
• Element-by-element 50%
• Higher-order Theory 50%
• Periodic Microstructure 50%
• Average Stress 50%
• Multiphase Materials 50%
• Coupling Effect 50%
• Polymeric Matrix Composites 50%
• Sub-volume 50%
• Homogenization Theory 50%
• Fiber Distribution 50%
• Irregular Architectures 50%
• Ceramic Metal Matrix Composites 50%
• Volume Discretization 50%

Engineering

• Generalized Method 100%
• Method of Cell 100%
• Microlevel 75%
• Stress-Strain Relations 50%
• Micromechanics Model 50%
• Metal Matrix Composite 50%
• Strain Field 25%
• Higher-Order Theory 25%
• Coupling Effect 25%
• Polymeric Matrix Composite 25%
• Macro Level 25%
• Finite Element Analysis 25%
• Discretization 25%
• Functionally Graded Material 25%