Numerical and Experimental Investigation of Hygrothermal Aging in Laminated Composites

INIS

• investigations 100%
• aging 100%
• diffusion 71%
• fibers 71%
• resins 57%
• fatigue 57%
• prediction 42%
• failures 42%
• epoxides 42%
• damage 42%
• interfaces 42%
• water 42%
• concentration 42%
• modeling 42%
• design 28%
• matrices 28%
• anisotropy 28%
• performance 28%
• strain rate 28%
• loading 28%
• solutions 28%
• mechanical tests 14%
• friction 14%
• zones 14%
• hypothesis 14%
• levels 14%
• boundary-value problems 14%
• reduction 14%
• acceleration 14%
• swelling 14%
• microstructure 14%
• decomposition 14%
• fragmentation 14%
• moisture 14%
• interactions 14%
• speed 14%
• glass 14%
• wind turbines 14%
• nonlinear problems 14%
• turbine blades 14%
• capture 14%
• saturation 14%
• correlations 14%
• numerical analysis 14%
• environmental exposure 14%
• degradation (chemical) 14%
• cost 14%
• safety 14%
• tools 14%
• plasticity 14%
• size 14%
• shear 14%
• equilibrium 14%
• panels 14%
• periodicity 14%
• stiffness 14%
• fractures 14%

Engineering

• Composite 100%
• Models 100%
• Experimental Investigation 100%
• Aging 100%
• Multiscale 75%
• Experiments 50%
• Fiber 50%
• Concentration Field 37%
• Micromodels 25%
• Matrix Interface 25%
• Mechanisms 25%
• Mechanical Performance 25%
• Diffusion Process 25%
• Pure Resin 25%
• Single Fibre 12%
• Failure Behavior 12%
• Microstructure 12%
• Shear Behavior 12%
• Level Set 12%
• Epoxy Composite 12%
• Strength Degradation 12%
• Boundary Value 12%
• Anisotropic Diffusion 12%
• Diffusion Behavior 12%
• Constitutive Model 12%
• Macroscale 12%
• Composite Panel 12%
• Stress State 12%
• Fickian Diffusion 12%
• Degradation Mechanism 12%
• Structural Design 12%
• Diffusion Model 12%
• Determines 12%
• Drives 12%
• Anisotropic 12%
• Development 12%
• Fields 12%
• Failure (Mechanical) 12%
• Design 12%
• Low Cycle Fatigue 12%
• Fibre Fragmentation 12%
• Stiffness Degradation 12%
• Fatigue Load 12%
• Plasticisation 12%
• Tasks 12%
• Numerical Modeling 12%
• Safety Factor 12%
• Numerical Study 12%
• Reduction 12%
• Numerical Prediction 12%

Material Science

• Laminated Composite 100%
• Composite Material 100%
• Fiber 100%
• Resin 80%
• Water 60%
• Mechanical Strength 40%
• Strain Rate 40%
• Materials Degradation 40%
• Viscoelasticity 20%
• Microstructure 20%
• Temperature 20%
• Diffusivity 20%
• Friction 20%
• Proper Orthogonal Decomposition 20%
• Cohesive Zone Model 20%
• Saturation 20%
• Stiffness 20%
• Debonding 20%
• Mechanical Testing 20%
• Chemical Degradation 20%
• Glass 20%
• Homogenization 20%
• Viscoplastic Behavior 20%
• Low-Cycle Fatigue 20%