Origami traces its origins to an ancient art form transforming flat thin surfaces into various
complex, fabulous 3D objects. Nowadays, such transformation transcends art by offering a …

Origami has emerged as a powerful mechanism for designing functional foldable and
deployable structures. Among various origami patterns, a large class of origami exhibits …

This paper seeks to present the design and bandgap optimization of multi-scale composite
origami-inspired metamaterials (MCOMs) reinforced with grapheme platelets (GPLs) and …

Origami metamaterials can control the propagation and energy transmission of elastic
waves via the flexible design of microstructure topology, which has great application …

Origami structures have the advantages of foldability and adjustability, with applications
spanning numerous engineering fields. However, there remains a dearth of intelligent and …

Origami is emerging as a promising paradigm for deployable structures. The theoretical
analysis on the relationship between geometry of the crease patterns and the induced …

Traditional 3D auxetic materials face significant limitations, marked by low stiffness and
pronounced anisotropy. To address these challenges, here a new kind of 3D origami …

Auxetic honeycombs usually feature a single plateau stress, which hinders their
multifunctional applications. In this work, we aim at investigating the two plateau …

Kresling origami has recently been widely used to design mechanical metamaterials, soft
robots and smart devices, benefiting from its bistability and compression-twist coupling …

This study proposes a multi-scale composite lattice-origami metamaterial (MCLOM) to
achieve excellent bandgap characteristics and energy absorption capacities. The MCLOMs …