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

Active and Passive Structural Health Monitoring of Hydrogen Pressure Vessels Using Elastic Waves

Active thermal imaging and characterization of damage in composites

Compressed Sensing in Scanning Laser Doppler Vibrometry for Efficient Non-Destructive Inspection of Composite Materials

Doctoral project Harry Hermawan

Doctoral project Jeroen Vandendriessche

Fatigue Monitoring in Additive Manufactured Metals using Linear and Nonlinear Ultrasound

Inspection of Advanced Materials with Guided Elastic Waves and Nonclassical Nonlinearity

Nondestructive Testing of Aerospace Components Using Infrared Thermography

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

Quality Control of AM Parts by Nonlinear Resonant Ultrasound Spectroscopy

Acoustically Produced Luminescence: thermal mechanism and ultrasound visualization

Doctoral project Faeez Masurkar

Doctoral project Javier Andres Calderon Tellez

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

Monitoring Vibration-induced Fatigue Damage in 3D-Printed Metal using Linear and Nonlinear Ultrasound

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