A Danish lab dissolved cured wind turbine blade epoxy with a catalyst, recovering intact glass fibers and bisphenol A instead ...

A Houston highway sign gantry built from retired wind turbine blades cut material costs by about 73 percent and emissions by ...

A simplified beam element model predicts the mass, stiffness and design loads of 180-meter and 200-meter wind turbine blades, giving engineers a fast way to plan the test benches those blades will ...

Scientists have turned waste wind turbine blades into silicon carbide and graphene using a rapid burst of electrical heating.

How do wind turbine blades work? Learn why they curve, twist, and taper, how lift and pitch create power, and what blade ...

Researchers combined laser-scanned blade geometry with structural health monitoring to improve the accuracy of wind turbine ...

A wind turbine blade can outstretch a rail car, tip past 170 mph, and power homes for a quarter century. Until recently, Japan mostly buried them. That ...

A team from Tsinghua is using heating at around 2,000 °C to recover materials that strengthen resins. The transition to industrial scale is yet to be prepared.