Elastic metastructures provide advanced control of elastic wave propagation, particularly
through their ability to exhibit frequency band gaps where elastic waves cannot propagate …

Motivated by the importance of lattice structures in multiple fields, we numerically investigate
the propagation of flexural waves in a thin reticulated plate augmented with two classes of …

Additively manufactured (AM) three-dimensional (3D) mesostructures exhibit geometrically
optimal mechanical, thermal, and optical properties that could drive future microrobotics …

Continuous demand for the improvement of mechanical performance of engineering
structures pushes the need for metastructures to fulfil multiple functions. Extensive work on …

The quasi-static properties of micro-architected (meta) materials have been extensively
studied over the past decade, but their dynamic responses, especially in acoustic …

Band gaps in metamaterials and phononic crystals provide a way to engineer vibration
mitigation into a material's geometry. Here, we present a comprehensive experimental …

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

Architected materials, exhibiting unique mechanical properties derived from their designs,
have seen significant growth due to the design versatility and cost‐effectiveness offered by …

Abstract 3D printing has the promising capability to fabricate engineered lattice structures
with broadly tunable surface area and optimal geometries for maximizing structural and …

Multi Jet Fusion (MJF) is a powder-bed fusion (PBF) additive manufacturing process that
enables high-resolution, rapid fabrication of large-scale polymer parts. In particular, the MJF …