- Design and optimization of composites structures,fatigue design and damage tolerance approach,
- Finite elements techniques (implicit and explicit), stress analysis, hierarchical modeling approach,
- Fatigue and damage behavior of composite laminates, continuum damage approach,
- Non-destructive techniques (ultrasonics, acoustic emission, spectral analysis, FBGs, thermography) and structural health monitoring of engineering structures, data fusion methodologies,
- Wave propagation and scattering in acoustics, electromagnetism, elasticity and thermoelasticity,
- Vibration analysis and damping control,
- Fluids–structures interaction, blast and fire problems
- Ageing systems,safety management of composite structures,
- Repair of metal and composite structures using composite patches,
- Characterization of materials, using conventional and ultrasonic techniques,
- Analysis of the thermo-mechanical behavior of polymers and composites,
- Experimental stress analysis, large scale testing
- Smart materials and structures
- Nano-materials, nano-composites and nano-technology
- Bio-composites, reuse and recycle of composites, product life cycle design for plastics and composites
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