Being adaptive with respect to changing operating conditions and the environment is an
imperative demand for advanced engineering structures. In this research, two Kresling …

The classic Kresling origami structure has been widely studied in the past two decades
because of its interesting mechanical properties, including compressive-twist coupling …

Kresling origami, a representative variant of origami, exhibits several distinctive features
such as multistable states, changeable stiffness, and compression-torsion coupling …

Kresling pattern origami is known for its bistable property, as confirmed by the truss model
used to analyze its dynamics. However, our theoretical research and folding experiments …

Kresling pattern origami-inspired structural design has been widely investigated using its
bistable property and the single coupling degree of freedom (DOF). In order to obtain new …

Origami structures have attracted much attention owing to their ability to transform from flat
structures to three-dimensional structures by folding, and their rich mechanical properties …

Origami is an emerging class of structural materials that can display remarkable physical
and mechanical properties due to its unique deployability, while simple combination of …

Origami designs have attracted significant attention from researchers seeking to develop
new types of deployable structures due to their ability to undergo large and complex yet …

Origami structures are widely favored by engineering applications due to their
reconfigurable characteristics and controllable mechanical properties. The square-twist (ST) …

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