Finite strain parametric hfgmc prediction of the micromechanical behavior of composite

Keyphrases

• Micromechanical Behavior 100%
• Finite Strain 100%
• Micromechanical Analysis 100%
• High-fidelity Generalized Method of Cells 66%
• Deformation Gradient 66%
• Composite Materials 33%
• Soft Tissue 33%
• Field Distribution 33%
• Mechanical Behavior 33%
• Energy Function 33%
• Local Fluctuations 33%
• Biaxial 33%
• State Response 33%
• Unidirectional Composites 33%
• Periodic Materials 33%
• Homogenization Method 33%
• Stiffness Matrix 33%
• Field Response 33%
• Potential-based 33%
• Compressive Deformation 33%
• Tensor Field 33%
• Fluctuation Field 33%
• Instantaneous Stiffness 33%
• Infinitesimal Strain 33%
• Tensor Distributions 33%
• Mooney-Rivlin Model 33%
• Piola-Kirchhoff Stress Tensor 33%
• Reinforced Rubber 33%
• Uniaxial Tensile Stress 33%
• Tensile Stress State 33%

Engineering

• Finite Strain 100%
• Micromechanical Analysis 100%
• Macroscale 66%
• Generalized Method 66%
• Method of Cell 66%
• Kirchhoff 33%
• Energy Function 33%
• Composite Material 33%
• Field Distribution 33%
• Microscale 33%
• Stiffness Matrix 33%
• Tensile Stress σ 33%
• Stress State 33%
• Response Field 33%
• Compressive Deformation 33%
• Deformation Gradient 33%
• State Response 33%
• Mooney-Rivlin Model 33%
• Deformation Gradient Tensor 33%
• Tensor 33%