Fatigue life prediction in variable amplitude load sequences relevant to wind turbine rotor blades

Strenght degradation and simple load spectrum test in rotor blade composites

Fatigue and residual stength degradation in wind turbine rotor blade composites

OPTIMAT BLADES-optimal and reliable use of composite materials for wind turbines

Fatigue of fibre composites for wind turbine rotor blades

Introduction to the OPTIMAT BLADES project

Damage classification of acoustic emission using Aegis pattern recognition software from ten small wind turbine blade tests

Comparing fatigue strength from full scale blade tests with coupon-based predictions

Analysis of acoustic emission, acousto-ultrasonic and infra red thermography data from ten small wind turbine blade tests

Alternative fatigue lifetime prediction formulations for variable-amplitude loading

Annual report, page 23: The application of scaling rules in up-scaling and marinisation of a wind turbine

Cost effective large blade components by using carbon fibres

Comparing fatigue strength from full scale blade tests with coupon-based predictions

Using carbon fibres for a cost effective large blade

Static and fatigue behaviour of injectio bolted connections

Development of large CFRP rotor blade components

Variable amplitude loading in wind turbine rotor blade composites

Cost effective large blade components by using carbon fibres

Alternative fatigue lifetime prediction formulations for variable amplitude loading

Using carbon fibres for a cost effective large blade