The concept of “mechanical metamaterials” has become increasingly popular, since their
macro-scale characteristics can be designed to exhibit unusual combinations of mechanical …

Additive manufacturing enables innovative structural design for industrial applications,
which allows the fabrication of lattice structures with enhanced mechanical properties …

Dynamic compression properties of the modified rhombic dodecahedron (RD) lattice
structures were investigated by using a Split Hopkinson Pressure Bar (SHPB) system. All the …

With the ever-increasing resolution of metal additive manufacturing processes, the ability to
design and fabricate cellular or lattice structures is readily improving. While there are few …

The aim of this study was to compare traditional strut-based lattices with minimal surface
designs using morphological analysis and image-based simulations of design files. While …

Porous scaffolds have long been regarded as optimal substitute for bone tissue repairing. In
order to explore the influence of unit cell structure and inherent material characteristics on …

In this work, we present four types of topological bicontinuous porous structures, namely
Gyroid (G), Schwarz Diamond (D), Schwarz Primitive (P), and iWp (W), which are generated …

In this study, we tried to quantify the isolated and modulated effects of topological design
and material type on the mechanical properties of AM porous biomaterials. Towards this …

The unprecedented properties of meta-biomaterials could pave the way for the development
of life-lasting orthopedic implants. Here, we used non-auxetic meta-biomaterials to address …

Additive manufacturing (AM) has emerged as a disruptive technique within healthcare
because of its ability to provide personalized devices; however, printed metal parts still …