IOMAC 2027 Scientific programme will consist out of two types of tracks:

General tracks

• Buildings
• Experimental Testing
• Fatigue and Damage Detection
• Machine Learning and Bayesian Approaches
• Measurement Techniques and Data Acquisition
• Model Validation and Updating
• Modelling and Computational Methods
• New Methods for Structural Health Monitoring
• OMA and Digital Twins
• Signal Processing
• Software for OMA and Structural Monitoring
• Uncertainty Quantification
• Wind Energy Structures

Special tracks

• Aerospace Engineering: Operational Modal Analysis
  Chairs: Francesco Marulo · Emilio Di Lorenzo
  Keywords: Flight Testing, Light Structures, Wind Turbines, Numerical-Experimental Correlation, Structural Health Monitoring

• Aerospace Engineering: Vibration-based Identification and Monitoring
  Chairs: Gabriele Dessena · Marco Civera
  Keywords: Aeronautical Structures, Space Structures, Structural Health Monitoring, Experimental Modal Analysis, Operational Modal Analysis

• Automated and Long-term Vibration-based Monitoring
  Chairs: Øyvind Wiig Petersen · Gunnstein Thomas Frøseth · Davide Raviolo
  Keywords: Structural Health Monitoring, Operational Modal Analysis, Automated Modal Identification and Tracking, Machine Learning, Data-Driven Methods

• Bridges, Spatial and High-rise Structures: Dynamic Identification and Modal-based Monitoring
  Chairs: Paolo Borlenghi · Ilenia Rosati · Wei-Hua Hu
  Keywords: Bridges, High-rise Buildings, Spatial Structures, Structural Identification, Structural Health Monitoring, Machine Learning, Digital Twin

• Dynamic Substructuring and Transfer Path Analysis for Identification and Monitoring
  Chairs: Gregor Čepon · Joshua Meggitt · Annalisa Fregolent · Daniel J. Rixen · Domen Ocepek · Miha Pogačar
  Keywords: Dynamic Substructuring, Transfer Path Analysis, Dynamics, System Identification

• Operational Modal Analysis for Rotating Machinery
  Chairs: Mona Amer · Dmitri Tcherniak
  Keywords: Rotating Machinery Diagnostics, Modal Parameter Identification, Structural Health Monitoring, Harmonic Interference Suppression, Machine Learning for OMA, New Sensor Technology

• Operational Modal Analysis of Wind Turbines
  Chairs: Silvia Vettori · Filipe Magalhães · Eleni Chatzi · Emilio Di Lorenzo

• Output-only Methods for Bridge Identification and Monitoring
  Chairs: Abdollah Malekjafarian · Yifu Lan · Ekin Ozer
  Keywords: Drive-By, Bridge, Structural Health Monitoring, Machine Learning, Response Prediction

• Physics-enhanced Machine Learning in Structural Monitoring
  Chairs: Konstantinos Vlachas · Marcus Haywood-Alexander · Eleni Chatzi
  Keywords: Physics-enhanced, Physics-informed, Scientific Machine Learning

• Railway Infrastructure Monitoring
  Chairs: Charikleia Stoura · Xudong Jian · Eleni Chatzi · Paolo Chiariotti
  Keywords: Railway Infrastructure, Structural Health Monitoring, System Identification, Operational Modal Analysis, Data Driven Methods

• Structural Health Monitoring for Wind Energy Structures
  Chairs: Eleni Chatzi · Nikolaos Dervilis · Ivan Au
  Keywords: Structural Health Monitoring, Wind Energy Structures, Wind Farms

• Vibration-based Identification and Monitoring of Special Structures
  Chairs: Filipe Magalhães · Zhen Sun · Sérgio Pereira
  Keywords: Dams, Stadia, Offshore Structures, Construction Equipment, Special Buildings

• Vision-based Techniques for Vibration Assessment and Monitoring
  Chairs: Michael Döhler · Liangliang Cheng · Zhen Sun · Vincent Baltazart · Janko Slavič