Vibration-Based Structural Damage Detection Using Sparse Bayesian Learning Techniques

Keyphrases

• Learning Techniques 100%
• Structural Damage Detection 100%
• Sparse Bayesian Learning 100%
• Vibration-based Method 100%
• Sparse Bayesian Learning Methods 66%
• Noise Measurement 33%
• Numerical Techniques 33%
• Modal 33%
• Structural Failure 33%
• Analytical Techniques 33%
• Probability Density Function 33%
• Model Errors 33%
• Nonlinear Relationship 33%
• Determination Model 33%
• Vibration Data 33%
• Analytical Approximation 33%
• Expectation Maximization 33%
• Noise Error 33%
• Bayesian Inference 33%
• Sparse Solution 33%
• Measurement Modeling 33%
• Laplace Approximation 33%
• Measurement Methodology 33%
• Variational Bayesian Inference 33%
• Posterior Probability Density 33%
• Numerical Sampling 33%
• High-dimensional Integrals 33%
• Automatic Relevance Determination 33%
• Probabilistic Solution 33%
• Delayed Rejection Adaptive Metropolis 33%

Engineering

• Damage Detection 100%
• Structural Damage 100%
• Sparse Bayesian Learning 100%
• Learning Technique 100%
• Early Stage 25%
• Structural Parameter 25%
• Measurement Noise 25%
• Numerical Technique 25%
• Modal Parameter 25%
• Modeling Error 25%
• Posterior Probability 25%
• Limitations 25%
• Structural Failure 25%
• Probability Density Function 25%