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 …

Lattice structures have shown excellent mechanical properties, such as high energy
absorption capacity. In this work, the extended body centered cubic lattice was proposed by …

In metal metallurgy, precipitation strengthening is widely used to increase material strength
by utilizing the impediment effect of the second-phase particles on dislocation movements …

The aim of this work is to study the effect of rounded fillets and minimal surfaces on the
mechanical and fatigue performances of the topologically optimized lattice structure …

Polycrystalline-like (PL) lattice structures are potential energy-absorbing structures
composed of basic periodic mono-crystals arranged in different orientations. A series of …

Node-strengthened hybrid structures with lower relative density inspired by solid solution
strengthening mechanism, namely the edge center interstitial lattice (ECIL) structures and …

Inspired by the microstructure of the triclinic crystal material, in this work we designed triclinic
lattice structures (TC) with twin boundaries for energy absorption application. The …

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 …

Auxetic honeycomb structures are promising metamaterials with outstanding mechanical
properties, and can be potentially used in energy absorption applications. In this study, a …

Thin-walled lattice materials can be applied as energy absorbers in protective structures of
civil defense. In this paper, quasi-static in-plane crushing tests were carried out to …