Mechanical vibrations and Vibroacoustic
- Study of vibroacoustic problems at low, medium and high frequency both with classical methodologies (FEM, BEM) and with energetic methods (SEA).
- Study of Master-Layer models for the transfer of mechanical energy for the dynamic simulation of structures.
- Entropic techniques for studying energy transfer between dynamic systems.
- Study of the dynamic behavior of cables for moored structures and guided cable vehicles with statistical linearization techniques and stochastic perturbative methods.
- Study of models for predicting the dynamic behavior of mechanical systems affected by uncertainties.
- Study of methods of homogenization of the mechanical characteristics of composite materials using multiscale techniques.
Control systems
- Study of structural vibration control techniques with piezoelectric transducers.
- Study of optimal control techniques
Friction - contact dynamics problems
- Study of contact problems (friction) for the analysis of the propagation of elastic waves in structures and for the analysis of instability problems.
Inverse problems
- Study of techniques for the solution of inverse problems of both modal identification, force identification and damage identification.
