Multiple-site damage crack growth behaviour in Fibre Metal Laminate structures

INIS

• damage 100%
• crack growth 100%
• metals 100%
• fibers 100%
• cracks 100%
• fatigue 36%
• loading 36%
• symmetry 31%
• prediction 18%
• tolerance 18%
• layers 13%
• shape 13%
• growth 13%
• stress intensity factors 9%
• increasing 9%
• design 9%
• removal 9%
• bending 9%
• configuration 9%
• data 9%
• length 9%
• failures 4%
• width 4%
• surges 4%
• risks 4%
• reduction 4%
• acceleration 4%
• regulations 4%
• interactions 4%
• fasteners 4%
• comparative evaluations 4%
• crack propagation 4%
• correlations 4%
• holes 4%
• bypasses 4%
• tools 4%
• plasticity 4%
• size 4%
• panels 4%
• experimental data 4%
• modeling 4%
• stiffness 4%
• notches 4%

Engineering

• Fibre Metal Laminate 100%
• Crack Growth Behavior 100%
• Multiple-Site Damage 100%
• Models 61%
• Mechanisms 33%
• Joints (Structural Components) 27%
• Crack Growth Rate 27%
• Fatigue Crack Growth 22%
• Multiple Crack 16%
• Single Crack 16%
• Delamination 16%
• Damage Growth 11%
• Stress-Intensity Factor 11%
• Widespread Fatigue Damage 11%
• Crack Length 11%
• Test Data 11%
• Metal Layer 11%
• Stiffness Reduction 5%
• Good Correlation 5%
• Obtains 5%
• Mm Crack 5%
• Loading Case 5%
• Crack Tip 5%
• Lead Crack 5%
• Fatigue Life 5%
• Applicability 5%
• Critical Damage 5%
• Structural Design 5%
• Crack Path 5%
• Major Portion 5%
• Predicted Result 5%
• Tensiles 5%
• Failure (Mechanical) 5%
• Open Hole 5%
• Crack Configuration 5%
• Structural Stiffness 5%
• Measured Crack 5%
• Design 5%
• Superposition 5%
• Crack Flank 5%
• Airworthiness 5%
• Good Prediction 5%
• Damage Behavior 5%
• Limit of Validity 5%
• Experimental Work 5%
• Bending Stress 5%
• Crack Propagation 5%
• Point Load 5%

Material Science

• Crack Growth 100%
• Crack 100%
• Metal 100%
• Fiber 100%
• Damage Tolerance 19%
• Fatigue Damage 9%
• Strip Metal 9%
• Stress Intensity Factor 9%
• Bending 9%
• Plasticity 4%
• Fastener 4%
• Fatigue of Materials 4%
• Design Philosophy 4%
• Stiffness 4%