The popularity of smart electronic products has facilitated their incorporation into various
fields related to the Human-body, such as portable tools, wearable electronics …

To obtain materials or metamaterials with desired elastic properties that are tailor-made for a
particular application, it is necessary to design a new material or composite (which may be …

This study introduces a reinforced star-shaped auxetic honeycomb (RSSAH) sandwich
beam, enhanced with hollow thin-walled tubes to improve bending resistance and energy …

3D fabric composites generally have significant thickness in a monolithic structure
eliminating the need for multi-ply laminates. 3D fabric preforms have given significant boost …

Materials with negative Poisson's ratio have attracted considerable attention and offered
high potential applications as biomedical devices due to their ability to expand in every …

Stretching and bending are the two most prevalent deformations during the service of
wearable electronic devices that increase the demand for conductivity. However, the …

Mechanical metamaterials exhibit several unusual mechanical properties, such as a
negative Poisson's ratio, which impart additional capabilities to materials. Recently …

In order to improve the safety of on-board hydrogen storage tanks during collision, a
protective shell based on a negative Poisson's ratio (NPR) core is designed in this paper …

Spacer fabrics are three-dimensional textiles composed of two fabric layers and a filler yarn
that connects the outer layers, while maintaining some distance between them. Spacer …

Graphene is considered to be one of the most promising reinforcement phases for
nanocomposites due to its unique two-dimensional planar structure with excellent …