Bistable structures, a class of highly geometrically nonlinear morphing structures, have two
stable configurations that remain in their respective equilibrium positions without the …

Morphing structures, defined as body panels that are capable of a drastic autonomous
shape transformation, have gained importance in the aerospace, automotive, and soft …

Origami, the art of folding paper, has inspired the development of rigid foldable structures for
various applications in aerospace, biomedical, and packaging applications. In order to drive …

Bistable laminates offer opportunities for shape morphing, energy harvesting, and flow
control devices. Smart materials such as piezoelectric macrofiber composites and shape …

Biomimetic structures are inspired by elegant and complex architectures of natural
creatures, drawing inspiration from biological structures to achieve specific functions or …

This paper proposes a novel deployable panel structure integrated with a bistable
composite structure and thick panel based on the thick origami technique. To overcome the …

Bistable soft robots are gaining momentum for their fast speed. This study presents a novel
asymmetric mechanically prestressed, pneumatically driven, bistable laminated soft …

This work presents smart laminated composites that enable morphing vehicle structures.
Morphing panels can be effective for drag reduction, for example, adaptive fender skirts …

Morphing structures have received growing interest in aerospace structures and wind
turbines due to their rapid shape-changing ability in response to the change in operating …

Bistable or multi-stable structures have found broad applications in the fields of adaptive
structures, flow control, and energy harvesting devices due to their unique nonlinear …