The reduction of noises, achieved through absorption, is of paramount importance to the
well‐being of both humans and machines. Lattice structures, defined as architectured …

Compared to single-phase structures, interpenetrating lattice structures display the potential
to achieve a wide range of tailorable physical and mechanical properties. Herein, we …

Lattice structures based on triply periodic minimum surfaces (TPMS) have received
extensive attention due to their superior light-weighting and energy absorption properties …

Lattice structures have demonstrated promising potential for applications in load bearing,
impact protection, sound absorption and noise mitigation thanks to their lightweight and high …

Hollow-strut metal lattices are an emerging class of cellular metallic materials. However,
their mechanical properties at relative densities (ρ RD) higher than 10% are largely …

Porous solids are widely utilized in natural and engineering systems due to their exceptional
specific mechanical response and customizable properties. However, lightweight cellular …

Multifunctional 3D lattice structures with unconventional mechanical properties offer unique
material properties and broad applications in complex engineering environments. This …

Inspired by the geometry of bamboo, this study proposes a novel bamboo-inspired body-
centered cubic (B-BCC) lattice structure consisting of tapered and hollow struts. Using …

With noises being omnipresent in the modern society, sound-insulating materials are
implemented in almost all walks of life. For implementations in practical applications, those …

Under external load, lightweight cellular solids are often associated with localized
deformation that would lead to their catastrophic failure. Cellular solids are thus often infilled …