• Preliminary design concept
• Fast and scalable manufacturing
• Design challenges
• Structural performance of LVL under high fatigue and dynamic loads
• 100% biodegradable blade concept: Design & material characteristics
• Lifecycle analysis: CO₂ footprint & end-of-life benefits
• Smart manufacturing for scalable, platform-compatible blade production
• Coating solutions for durability and environmental resistance
• In-situ consolidation & automated fiber placement (AFP)
• Mechanical property evolution under cyclic loading
• Welding vs. adhesive bonding for thermoplastics
• Implementation of ground-based infrared thermography for blade inspection
• Understanding what can be achieved with thermographic inspections
• Examples from the field
• Understanding the potential and limitations of thermography using controlled climate chambers and simulation
• Results of ReUsaBlade project
• Recycling potential of blade materials
• Solvolysis of epoxy system like recyclamine
• Upscaling possibilities
End of conference