Over the past decade, the area of stretchable inorganic electronics has evolved very rapidly,
in part because the results have opened up a series of unprecedented applications with …

Soft network materials consisting of filamentary horseshoe microstructures represent a class
of architected materials of practical interest in flexible, bio-integrated electronics, because …

The metamaterials with unique thermal expansions are attracting increasing interest in a
broad range of applications. Despite numerous metamaterials with unique thermal …

Enhancing buffering capacity, flexibility, and energy absorption to withstand large
deformations in structure remains a challenge. Bio-inspired horseshoe lattice structures, with …

Bio-inspired network materials composed of regularly aligned repeating filamentary
microstructures exhibit promising application prospects in tissue engineering and bio …

Biological tissues possess high stretchability and nonlinear mechanical response owing to
their wavy and crimped microstructure. The metamaterials exhibit unusual physical and …

Soft network materials (SNMs), consisting of rationally designed filamentary microstructures
distributed periodically in lattice patterns, offer high air permeability, excellent defect …

Multiscale mechanical models in biomaterials research have largely relied on simplifying the
microstructure in order to make large-scale simulations tractable. The microscale …

In the fields of aerospace, flexible electronics, intelligent manufacturing, and MEMS, the
mechanical metamaterials with remarkable zero thermal expansion of coefficient (CTE) are …

In a previous work, the authors proposed a novel planar isotropic anti-tri-missing rib
structure exhibiting excellent negative Poisson's ratio (NPR) performance within extremely …