Inspired by the vast amounts of investigations carried out on three-dimensional (3D) printed
structures and their recent accelerated developments, the present review paper …

It is difficult for controlling the failure mechanisms to improve the mechanical properties of
lattice structures in a specified way. To this end, inspired by biological tissue/alloy …

Lattice structures have been widely used in biomedicine, transportation, infrastructure, and
other engineering fields due to their high specific strength, strong energy absorption …

Lattice materials possess broad application potential in many engineering fields due to their
excellent mechanical properties. In this paper, a thorough investigation is carried out for the …

This study proposes a novel lattice structure named cosine function cell-based (CFCB)
lattice, in which cell rods are designed in the shape of cosine function curve. Several quasi …

Nature materials usually possess unique hierarchical structures, like spongy bone, tendon
and bamboo, and often exhibit remarkable mechanical properties. In this paper, inspired by …

A layered-hybrid metamaterial structure (LHMS) composed of a bio-inspired lattice cell and
a dodecagon body-centered lattice cell is proposed, for the purpose of combining the …

Belonging to cellular solids subclasses, lattice structures have recently obtained much
interest in the lightweight engineering sector thanks to the potential of their specific structural …

Metallic lattice structures are garnering increasing attention across various research
domains for their potential to create lightweight yet high-strength solutions. Their appeal …

In this paper, the effect of the distribution pattern of the reinforcement phase on the
mechanical properties was studied for the simple-cubic matrix dual-phase lattices given the …