Effect of Hail Impact on Leading Edge Polyurethane Composites

The growing demand for renewable energy has led to significant developments in wind turbine technology. The ever increasing size of turbine blades and their exposure to a variety of environmental factors can affect their annual energy production and service life. Erosion caused by rainfall and hailstones is identified as two of the most...

Material Recovery from Dutch Wind Energy: A dynamic material flow analysis on Dutch wind turbines towards 2050 including recycling approaches for recovery of key materials

The transition to a renewable electricity system requires more intensive material use, causing problem shifting in environmental impacts. To conserve resources for the future and mitigate environmental impact, circular economy principles are needed. This study analyses material flows in Dutch wind energy towards 2050 to identify the potential...

Recycling wind turbine blades: A study into the possibilities of implementing pyrolysis as end of life solution for glass fibre reinforced composties from wind turbine blades in the Port of Rotterdam

Driven by the energy transition from fossil fuels to renewable energy sources aimed at mitigating global warming, the wind energy industry has increased significantly in the past decades. Until now, most research on renewable energy production is concentrated on increased efficiency and capacity and less attention is paid to possible secondary...

Feasibility study on the design, manufacturing and economic potential of fibre reinforced polymer lattice structures for wind turbine towers

Cost is a design driver in any commercial business, and this is not different in the wind energy industry. The potential of cost savings on wind turbine towers through lightweight composite designs has been shown. However composite grid stiffened and lattice structures, which were shown to lead to significant weight reductions in aerospace...