The experimental determination of cure-dependent viscoelastic properties is of utmost
importance for processing and use of epoxy (EP) resin-based materials and structures …

A lack of fundamental knowledge about the kinetic mechanisms governing the processing
and reprocessing of vitrimers forces a trial-and-error procedure to be adopted when …

Elium® resin is nowadays actively investigated to leverage its recycling ability. Thus,
multiple polymerization modeling are developed and used. In this work, we investigate the …

Since the benefits of composite materials have been demonstrated, particularly those
relevant to the fields of transports and energy, increasingly high industrial expectations are …

The recyclability limitations of wind blades significantly reduce their environmental benefit as
a green energy source. Therefore, the use of new and sustainable materials is crucial. The …

Vacuum assisted resin infusion (VARI) processes are widely used for the fabrication of large
composite parts. For some years now, wind blades are designed with thermoset composite …

The consideration and implementation of actions to reduce the environmental footprint of
products and sectors are becoming major concerns. Recycling wind turbine blades and …

A good comprehension of the reaction kinetics during thermoplastic composite
manufacturing by liquidreactive processes is crucial to limit the formation of porosities by …

Fiber reinforced composites are typically prepared using thermosetting polymeric resins
derived from petroleum resources and involving hazardous chemicals. We present a vinyl …

The ZEBRA project aims to advance the circular economy by creating wind turbine blades
that can be completely recycled. Currently, Wind turbine blades are fabricated through …