Process Parameters and Fatigue Properties of High Modulus Composites

Engineering

• Process Parameter 100%
• Fatigue Property 100%
• High Modulus 100%
• Residual Stress 63%
• Fiber 36%
• Research 26%
• Fatigue Performance 15%
• Cure Cycle 15%
• Fatigue Crack 15%
• Negative Impact 10%
• Service Life 10%
• Fibre Volume Fraction 10%
• Non-Crimp Fabric 10%
• Composite Fiber 10%
• Backing Layer 10%
• Applications 10%
• Production Process 10%
• Fibre Reinforced Polymer 5%
• Durables 5%
• Cyclic Loading 5%
• Climatic Change 5%
• End Product 5%
• Conventional Material 5%
• Fiber Composite Material 5%
• Curing Condition 5%
• Transverse Crack 5%
• Gas Fuel Manufacture 5%
• Load-Carrying Layer 5%
• Performance 5%
• Design 5%
• Elements 5%
• Composite 5%
• Long Duration 5%

Physics

• Independent Variables 100%
• Wind Turbine 52%
• Fibers 36%
• Glass Fiber 26%
• Performance 21%
• Impact 21%
• Fiber Composite 15%
• Cycles 15%
• Fiber Volume Fraction 10%
• Service Life 10%
• Utilization 10%
• Magnitude 10%
• Microscopy 5%
• Work 5%
• Region 5%
• Light 5%
• Increasing 5%
• Cracks 5%
• Composite 5%
• Bending 5%
• Aerospace Industry 5%

Material Science

• Composite Material 100%
• Fiber 42%
• Material 31%
• Glass-Fiber Reinforced Plastic 15%
• Mechanical Strength 15%
• Volume Fraction 10%
• Fabrics 10%
• Microscopy 5%
• Building Material 5%
• Epoxy 5%
• Epoxy-Based Composite 5%
• Crack 5%
• Stiffness 5%
• Bending 5%