Architected metamaterials are built upon the assembly of repeating cellular structures,
exhibiting unprecedented mechanical properties attributed to the tunability of cellular …

With the increasing development of additive manufacturing (AM) technology, lattice structure
(LS) emerged and expanded as a subset of cellular materials. LSs' mechanical properties …

This paper proposes the development of lattice materials with the concurrent consideration
of their specific elastic mechanical properties and their corresponding phononic wave …

Conventional bending-dominated lattices exhibit less specific stiffness compared to
stretching-dominated lattices while showing high specific energy absorption capacity. This …

The present work investigates the enhancement of the flexural strength-to-weight ratio on
the lattice structure of additively manufactured Inconel-718 parts made using the powder …

Micro-truss lattice materials are a class of hybrid periodic cellular solids that consist of a
combination of solids and voids. The material is partitioned into cells structured in a given …

This paper investigates the macroscopic anisotropic behavior of periodic cellular solids with
rigid-jointed microscopic truss-like architecture. A theoretical matrix-based procedure is …

This research investigates the nonlinear mechanical properties and post-yield deformation
mechanisms of hyperbolic paraboloid (hypar) shells inspired by the architecture of Félix …

Honeycomb structures, owing to their microstructural periodicity, exhibit unique and complex
acoustic properties. Tuning their acoustic properties typically involves either changing their …

Enhancing the flexural stiffness of sandwich structures comprising honeycomb cores
through perturbing their cellular cores is explored computationally in this work. In-plane …