Nowadays, there has been immense progress in developing materials to support
transplanted cells. Nevertheless, the complexity of tissues is far beyond what is found in the …

The auxetic lattice structures usually have excellent energy absorption characteristics since
their failed part can resist crushing loads continuously. However, their platform stress is …

A hierarchical octet-truss lattice material was proposed by replacing the solid strut of the
octet-truss structure with a tubular re-entrant structure. The tubular re-entrant structure was …

Negative Poisson's ratio (NPR) structures have attracted much attention in last decades due
to its excellent energy absorption ability, and introducing functional gradient into the …

Two-dimensional hierarchical re-entrant honeycomb structures were designed and the
mechanical behaviors of the structures were studied using a finite element method …

An investigation of the mechanical behaviors on hierarchical re-entrant honeycomb
structures was undertaken using finite element method. The hierarchical structure with a …

Foam-like glass-ceramic scaffolds based on three different glass compositions (45S5
Bioglass and two other experimental formulations, CEL2 and SCNA) were produced by …

The anisotropic hexagonal honeycomb is one of the common honeycombs. To increase its
in-plane stiffness greatly, in this paper the anisotropic multifunctional hierarchical …

In this paper, we present an emerging class of cubically symmetric mechanical
metamaterials based on 3-space geometrical shadows of 4th-dimensional geometries (4 …

In this study, we design a type of rotationally symmetric lattice with curved beams and
investigate the wave propagation properties of the structure. The analytical model of the …