Real-Time Structural Health Monitoring of Vibrating Systems

PART: I 1. Introduction 2. Mathematical Preliminaries 3. Single-sensor Real Time Damage Detection Techniques: RSSA and its Variants 4. Multi-sensor Real Time Damage Detection Techniques (A): RPCA 5. Multi-sensor Real Time Damage Detection Techniques (B): RPCA-TVAR 6. Multi-sensor Real Time Damage Detection Techniques (B): Real Time Structural Damage Detection Using Recursive Canonical Correlation Analysis 7. Real-time Modal Identification- RCCA Based Approach PART: II 8. Recursive SHM Practical Applications 9. Conclusions and Future Prospects

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• Geofísica
• Engenharia mecânica
• Ciências da terra
• Ciência ambiental, engenharia e tecnologia
• Engenharia dos instrumentos e da instrumentação
• Dinâmica e vibração
• Engenahria civil, levantamentos e construção
• Engenharia electrotécnica

Structural Health Monitoring;Infrastructure;Built Infrastructure;Damage Detection;Real-Time;Multidisciplinary;Recursive;Online;Recursive damage detection;Real time modal identification;First order eigen perturbation;Gershgorin's theorem;Rank one perturbation;Matrix inversion;Woodbury's identity;Eigenvalue problem;Eigenspace;Eigenspace updates;Recursive residual errors;Time varying auto regressive;Real Time SHM;RPCA;Damage Instant;Damage Detection Results;Recursive Updates;SHM;Diagonally Dominant;SSA;Shear Building Model;Eigen Vector;Mac Value;DOF;Time Instant;Covariance Matrix;RCCA;Structural Modal Identification;Trajectory Matrix;White Noise Excitation;Scatter Plots;Co-variance Matrix;Residual Error Plots;El Centro Ground Motion;Line Noise