Auxetic metamaterials and structures are characterized by their negative Poisson's ratio
meaning that they exhibit lateral expansion under tensile axial loads and densification under …

The expansion of conventional prosthetic skin grafts has been quantified to be very low and
insufficient for treating large and severe burn injuries with small amounts of available donor …

Recent advancements in reprogrammable metamaterials have enabled the development of
intelligent matters with variable special properties in situ. These metamaterials employ intra …

This work investigates the mechanical response of bio-inspired titanium mechanical
metamaterials with negative Poisson's ratio evolved from rotating squares unit. The systems …

Auxetic structures have attracted further attention owing to their outstanding designability
and mechanical properties. Designing innovative cellular structures with improved …

Cellular metamaterials are man-made structures that have unusual mechanical properties.
Microlattice structures belong to a category of cellular metamaterials formed by periodic …

Designing innovative architected metamaterials with enhanced energy absorption is a long-
term pursuit to provide impact protection capacity for human beings and crucial structural …

The work presents a novel polyhedral mechanical metamaterial based on rotating triangular
prisms connected by their corners, which possesses the ability to attain large values of …

This work designs and experimentally validates a novel bone-mimicking biomaterial for
human cancellous bone vertebral implants. The lattice architecture here proposed consists …

Anti-tetra chiral honeycomb is a typical auxetic metamaterial that exhibits excellent auxetic
behavior. Based on anti-tetra chiral honeycomb, previous studies proposed a 3D tubular …