Buckling resistance is crucial in structural design. This study addresses challenges
associated with enhancing buckling resistance through topology optimization, focusing on …

The work presents a novel orbital hybridization-inspired tessellation approach for lattice
structures, which may modify the characteristics of a lattice. The strategy organizing lattice …

In this work, a topology optimization algorithm has been developed to design bi-material
lattice structures showing a band gap around a target frequency, using just one unit cell …

Аддитивные технологии при правильном проектировании позволяют производить
решетчатые импланты, обладающие удовлетворительными несущими свойствами и …

Modular designs have gained popularity because they can generally address manufacturing
efficiency, reusability, and sustainability concerns. Here, we contribute to the growing field …

The advent of additive manufacturing has revolutionized the design and development of
hierarchical structures, with potential applications in compliant, auxetic, and band-gap …

Lattice structures offer significant advantages, including high strength-to-weight ratios,
efficient material use, and customizable properties, making them ideal for applications …

The usage of additive technologies is widespread in medicine [25–27]. These technologies
allow designing lightweight implants, using topological or structural optimization and obtain …

Purpose This study examines the accuracy of a homogenization scheme for the linear
buckling analysis of structures assembled from beam-based lattice plates. Regardless of in …

A novel type of lightweight and high-performance, collinear polymer lattices is presented in
which the concept of stayed slender columns is exploited with the aid of material extrusion …