Multi-stable structures capable of rapid switching among different stable states have seen
applications in various fields such as energy absorption, mechanical computing, and soft …

Multi‐stable structures and metamaterials with more than two stable states are widely
applied in diversified engineering applications. Non‐rigid foldable origami patterns have …

Origami structures with morphing behaviours and unique mechanical properties are useful
in aerospace deployable structures, soft robots and mechanical metamaterials. Curved …

This Letter presents a programmable path to multi-stability of the Kresling origami by
introducing bio-inspired nonlinear creases. The origami mathematical model is proposed for …

Variable crease origami that exhibits crease topological morphing allows a given crease
pattern to be folded into multiple shapes, greatly extending the reconfigurability of origami …

Origami has attracted much attention from scientists and engineers in recent years. Classic
origami only permits rotations around creases, while origami-like structures in nature can …

Ring origami has emerged as a robust strategy for designing foldable and deployable
structures due to its impressive packing abilities achieved from snap-folding. In general …

A generic degree-4 vertex (4-vertex) origami possesses one continuous degree-of-freedom
for rigid folding, and this folding process can be stopped when two of its facets bind together …

Origami, the ancient art of paper folding, has evolved into a design framework of a wide
variety of engineering systems such as deployable structures and architected cellular …

Origami has emerged as a design paradigm to realize morphing structures with rich
kinematic and mechanical properties. Biological examples augment the potential design …