(Nonlinear) Structural Dynamics and Modal Analysis
Understanding linear and nonlinear vibration phenomena, modal interactions, resonance mechanisms, and dynamic behaviour of complex engineering structures.
Research
Understanding linear and nonlinear vibration phenomena, modal interactions, resonance mechanisms, and dynamic behaviour of complex engineering structures.
Combining physical principles and machine learning for system identification, model discovery, state estimation, and predictive modelling of dynamical systems.
Developing thermal-wave imaging, virtual-wave reconstruction, and advanced thermographic signal processing for defect detection and material characterization.
Advancing non-contact vibration measurement through computer vision, motion magnification, and full-field dynamic reconstruction.