Enhancing damage identification robustness to noise and damping using integrated bistable and adaptive piezoelectric circuitry

Keyphrases

• Circuitry 100%
• Damage Identification 100%
• Peak Detection 100%
• Robustness to Noise 100%
• Accurate Identification 66%
• Frequency Shift 66%
• Detection Efficiency 33%
• Noise Level 33%
• Engineered Structures 33%
• Piezoelectric Transducer 33%
• Structural Damage 33%
• Damage Detection 33%
• Detection Method 33%
• Resonance Frequency Shift 33%
• Practical Implementation 33%
• Noise Effects 33%
• Resonance Peak 33%
• Strongly Nonlinear 33%
• Damage Severity 33%
• Damping Effect 33%
• Damping Level 33%
• Yield Damage 33%
• Electrical Circuits 33%
• Bifurcation Phenomena 33%
• Damage Prediction 33%
• Vibration-based Method 33%
• Corrective Measures 33%
• Tunable Inductor 33%

Engineering

• Piezoelectric 100%
• Bistables 100%
• Frequency Shift 100%
• Transducer 33%
• Structural Damage 33%
• Damage Detection 33%
• Electrical Circuit 33%
• Damping Effect 33%
• Resonant Frequency 33%
• Damage Location 33%
• Corrective Measure 33%