Composites

A composite material is produced combining two or more materials, having different properties and physical boundaries, obtaining superior or new properties with respect to those of its individual constituents. The interface between the constituents plays a fundamental role, and is characterized by physical or chemical bonds, which may be irreversible or reversible.

Composites are flexible in their design and can be engineered to form materials that are suitable for a variety of applications and uses. Compared to conventional materials, composites can thus e.g., be lightweight, have increased strength or chemical resistance, be less expensive to manufacture. More recent advances include bio-inspired composites, shape-memory materials, and new functionalities are implemented exploiting design flexibility.

This collection aims to collate research related to the development and application of polymer, ceramic and metallic matrix composites, theoretical or applied. Potential topics that can be submitted to this collection include but are not limited to:
· Multi-purpose/functional composites
· Bio-inspired composites
· Sustainable/biobased composites
· Advanced reinforcing fibers and particles
· Interfaces in composite materials
· Microstructural characterization
· Modelling of composite systems
· Advances in composite manufacture & processing
· Recycling of composites

Collection advisors: Sara Dalle Vacche (Politecnico di Torino, Italy)