The ability of morphing aircraft to adapt their shape in flight hinges on the incredible
flexibility of their skins, which have multiple degrees of freedom. This paper presents a …

The use of elastomer-based skins in morphing wings has become increasingly popular due
to their remarkable stretchability and mechanical properties. However, the possibility of the …

To realize the one‐dimensional deformation of morphing wings, zero Poisson's ratio (ZPR)
honeycomb metamaterials have become a popular research topic due to their lightweight …

2 investigate the tear fracture of elastomeric skins in morphing wings. Initially, the fracture
properties of three materials-Latex, Oppo, and Ecoflex-are evaluated experimentally for …

Shape memory polymer composites (SMPCs), composed of shape memory polymers
(SMPs) and fabrics, can recover their deformed shapes to initial configurations by changing …

Morphing aircraft wings are one of the proposed solutions to reducing aviation's
environmental impact as they seek to improve the aircraft's aerodynamic efficiency and …

This paper explores the use of carbon fiber-reinforced elastomeric skins for advancing
flexible morphing wing technologies, highlighting exceptional 1D morphing capabilities. The …

This paper investigates the influence of the spanwise-distributed trailing edge camber
morphing on the dynamic stall characteristics of a finite-span wing at Re= 2× 10 5. The …

Recently, there has been a growing interest in the development of adaptive wing structures
for aerospace purposes. One promising approach involves utilizing carbon fiber-reinforced …

Sandwich structures and auxetic materials have had a significant impact on various
applications as energy absorbers. The purpose of this study is to manipulate the deformation …