Impedance based damage detection under varying temperature and loading conditions

Keyphrases

• Loading Conditions 100%
• Damage Detection 100%
• Impedance Method 100%
• Varying Temperature Condition 100%
• Data Normalization 75%
• Normalization Method 50%
• False Alarm 50%
• Full-scale Test 25%
• Structural Health Monitoring 25%
• Temperature Variation 25%
• High Sensitivity 25%
• Piezoelectric Materials 25%
• Varying Temperature 25%
• Complex Geometry 25%
• Local Damage 25%
• External Loading 25%
• Temperature Dynamics 25%
• Kernel Principal Component Analysis 25%
• Varying Environmental Conditions 25%
• Environmental Parameters 25%
• Temperature Loading 25%
• Static-dynamic Loads 25%
• Varying Working Conditions 25%
• Bolt Loosening 25%
• Metal Fitting 25%
• Loading Variation 25%
• Composite Aircraft Wing 25%
• Fuselage 25%
• Composite Wing 25%
• Scale Model Test 25%
• Impedance Signal 25%

Engineering

• Loading Condition 100%
• Damage Detection 100%
• Temperature Condition 100%
• False Alarm 66%
• Structural Health Monitoring 33%
• Collected Data 33%
• Operational Condition 33%
• Full Scale 33%
• Full-Scale Test 33%
• Model Scale 33%
• Detectability 33%
• Environmental Parameter 33%
• External Loading 33%
• Component Analysis 33%
• Detection Technique 33%
• Piezoelectric Material 33%
• Dynamic Loads 33%
• Principal Components 33%

Material Science

• Composite Material 100%
• Dynamic Loads 50%
• Aircraft 50%
• Detection Technique 50%
• Piezoelectric Material 50%