Multiscale progressive damage analyses for fiber reinforced composites subjected to biaxial loading

Keyphrases

• Lamin 100%
• Fiber-reinforced Composites 100%
• Progressive Damage Analysis 100%
• Biaxial Loading 100%
• Finite Element Model 50%
• Repeating Unit Cell 50%
• Failure Envelope 50%
• Modeling Analysis 25%
• Microstructure 25%
• Nonlinearity 25%
• In Situ 25%
• Modeling Approach 25%
• Stress-strain 25%
• Loading Conditions 25%
• Nonlinear Elasticity 25%
• Finite Element 25%
• Strain-based 25%
• Stress-driven 25%
• Failure Theory 25%
• Micromechanical Modeling 25%
• High-fidelity Generalized Method of Cells 25%
• Displacement-based 25%
• User Material Subroutine 25%
• Matrix Phase 25%
• Stiffness Contribution 25%
• Damage Parameter 25%
• Transversely Isotropic Material 25%
• Mechanical Damage 25%
• Carbon-epoxy Composite 25%
• Experimental Response 25%
• Epoxy Composite Laminates 25%
• Mechanical Property Parameters 25%
• Deformation Plasticity 25%
• Layered Finite Element 25%

Engineering

• Multiscale 100%
• Fiber-Reinforced Composite 100%
• Damage Analysis 100%
• Biaxial Loading 100%
• Finite Element Modeling 66%
• Repeating Unit 66%
• Failure Envelope 66%
• Failure Theory 33%
• Loading Condition 33%
• Generalized Method 33%
• Method of Cell 33%
• Epoxy Composite 33%
• Matrix Phase 33%
• Damage Parameter 33%
• Micromechanics Modeling 33%
• Mechanical Damage 33%
• Experimental Response 33%
• Deformation Plasticity 33%
• Finite Element Analysis 33%
• Nonlinearity 33%