Cellular structures are made up of an interconnected network of plates, struts, or small unit
cells and acquire many unique benefits such as, high strength-to-weight ratio, excellent …

Topological management of materials at a Micro‐scale is one of the fundamental building
principles of nature. This combination of material and structural properties results in marked …

Metallic lattice structures with complex internal design can be fabricated using selective
laser melting (SLM) additive manufacturing technology. These lattice structures are finding …

Metal components with applications across a range of industrial sectors can be
manufactured by selective laser melting (SLM). A particular strength of SLM is its ability to …

In this paper we present a numerical investigation into surface-based lattice structures with
the aim of facilitating their design for additive manufacturing. We give the surface equations …

The lattice structure is a type of cellular material with trusslike frames which can be
optimized for specific loading conditions. The fabrication of its intricate architecture is …

Additive manufacturing (AM) highly complex lattice structures with exceptional engineering
properties are of special interests for a wide range of engineering applications including …

Additive manufacturing (AM) enables the design of new cellular materials for blast and
impact mitigation by allowing novel material-geometry combinations to be realised and …

Cellular materials are attractive for applications in structural protection and impact energy
absorption. Progressive buckling of cell walls during compression delivers good specific …

Stacking layers of Miura-folded origami sheets has been shown to create a cellular material
with attractive properties. It has a rich array of geometric parameters that allow its elastic …