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

Origami cylinders have been studied extensively under compression, however, their normal
force response under shear deformation is still ill-understood. We experimentally studied the …

Rigid and flat-foldable cubes generally exhibit excellent foldable properties and significant
potential for designing three-dimensional (3D) deployable structures. However, a sealed …

Origami-inspired folding possesses great potential to create deployable structures through
folding and unfolding along the crease lines. Easy deployment, one of the many attractive …

Origami-based architected materials (OAMs) has shown great potential as a rich source to
create reconfigurable structures for various applications. However, most existing OAMs are …

The performance and behavior of origami-inspired mechanical metamaterials are closely
related to their structural design and the joints sub equivalent to the crease, in addition to …

Origami has attracted more and more attention due to its exotic mechanical properties, and
the inspired metamaterials are also popular. However, the main focus of current research is …