Nonlinear vibro-thermal-acoustical damage imaging in composites by selective activation of defects using time-reversal elastic waves

Automated NDT of Industrial Composite Parts by Enhanced Optical Infrared Thermography

Compressed Sensing in scanning laser Doppler vibrometry for efficient non-destructive inspection of composite materials

Damage imaging in Composites by means of Nonlinear Time-reversed Elastic Waves

Development of low-power Vibro-Thermal Tomography for 3D super-resolution imaging of defects in composites

Quality control of AM metal parts by linear and nonlinear resonance testing integrated with machine learning

RESONAM: Resonant-based material characterization for metal Additive Manufacturing

Structural health monitoring of materials

Ultrasonic characterization of multi-layer structures

Ultrasonic Non-destructive Characterization of (Damaged) Fiber Reinforced Plastics during Mechanical Loading

Seeing Sound and Vibrations.

Single-Sided Ultrasonic Characterization of (Damaged) Composites having Mechanical and/or Geometrical Anisotropy

Single-Sided Ultrasonic Characterization of (Damaged) Composites having Mechanical and/or Geometrical Anisotropy