TOPICS
The conference will address all major aspects of experimental vibration analysis. Below is a non-exhaustive list of representative subject areas:
Advanced Vibration Measurement Techniques and Sensor Technologies
Vibration Monitoring in Large-Scale Civil Structures
Data Analysis for Structural Dynamics
(including machine learning and AI, experimental and operational modal analysis, wavelet methods, non-stationary processes, and stochastic approaches)
Digital Twins for Structural Engineering Applications
Smart Structures and Intelligent Sensing Technologies
Metamaterials and Wave Control in Structural Dynamics
System Identification and Model Updating Strategies
Structural Health Monitoring (SHM) and Condition Assessment
Structural Integrity Evaluation and Life-Cycle Performance
AI and Machine Learning for Data Analysis and Interpretation
Excitation Sources for Dynamic Testing
(testing machines, traffic loads, ambient vibrations)
Impact of Shock and Vibration on Humans and Facilities
Vibration Isolation and Mitigation Techniques
(passive damping, semi-active and active control systems)
Wave Propagation in Structural Systems
Methodologies, Standards, and Best Practices
In-Situ and Laboratory Experiments, Benchmark Studies
Earthquake Engineering and Seismic Testing
Dynamic Assessment and Monitoring of Special Structures
(high-rise buildings, stadia, concrete dams, onshore and offshore wind turbines)