As origami structures display designable and predictable folding or unfolding shape
changes, the origami-inspired mechanical metamaterials have recently been extensively …

Origami has received significant interest from the science and engineering community as a
design method and used to construct expandable mechanical metamaterials by folding and …

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 …

Using non-rigid-foldable origami patterns to design mechanical metamaterials could
potentially offer more versatile behaviors than the rigid-foldable ones, but their applications …

Origami structures have received significant attention in engineering due to their unique
design methods and deformation modes along the crease lines. However, the configurations …

Conventional rigid-foldable stacked Miura-ori (SMO) mechanical metamaterials could
exhibit multistability and reconfigurability corresponding to compressive/extensive …

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-based multistable metamaterials have been recognized as a promising platform for
diverse applications due to their exceptional mechanical properties. However, the current …

Metamaterials are special artificially-designed structures with extraordinary physical
properties. Among them, origami-inspired metamaterials have shown considerable potential …

Origami metamaterials can regulate and control macroscopic deformation by continuous
deformation of their internal microstructure. Hence, mechanical properties such as Poisson's …