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- AI-Assisted Design & Optimization for Predictive Maintenance: A Case Study using Deep Learning and Search Metaheuristics for Structural Health Monitoring in Aviation
- Mechanics Informed Approach to Online Prognosis of Composite Airframe Element: Stiffness Monitoring with SHM Data and Data-Driven RUL Prediction
- Perception modelling by invariant representation of deep learning for automated structural diagnostic in aircraft maintenance: A study case using DeepSHM
- Acoustic emission source location using Lamb wave propagation simulation and artificial neural network for I-shaped steel girder
- Evaluation of the sparse reconstruction and the delay-and-sum damage imaging methods for structural health monitoring under different environmental and operational conditions
- DeepSHM: A deep learning approach for structural health monitoring based on guided Lamb wave technique
- Structural state awareness of composite structures by blending passive and active acoustic-based health monitoring methods
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