Thin-walled tubes with an origami design, particularly the Kresling pattern, exhibit superior
mechanical properties compared to traditional straight tubes, including a more constant …

The traditional anti-tetra-missing rib structure often suffers from uneven stress deformation
and poor energy absorption, which limits its engineering applications. To address these …

Origami-inspired mechanical metamaterials have recently gained increasing attention in
various engineering fields due to their unique properties determined by the microstructure …

Deployable mechanisms with solid surfaces, which possess the advantage of high accuracy,
have great potential in engineering applications. This paper proposes a design method to …

The Hamiltonian of a four-sublattice simple cubic superlattice was solved by applying the
linear spin-wave theory and the retarded Green's function technique. This study focused on …

This paper introduces a novel arc curved crease origami (ACCO) metamaterial based on
Miura origami, that shows improved specific energy absorption, indicating a major …

Lattice structures are lightweight and are known to exhibit excellent energy absorbing
capability when subject to compressive loading. In this paper, a new analytical model for the …

The parametric study of mechanical metamaterials enables the design of structures and
components with tailor-made properties. Novel topologies are designed through innovative …

The exploration of mechanical metamaterials, characterized by unique unit cells with
significant macroscopic mechanical properties, is of crucial importance. Traditional methods …

The force-displacement curve is the key to determine the energy absorption performance.
Customizing the force-displacement curve enables the design of more advanced and …