Cellular auxetic materials, as a group of metamaterials, have received much interest due to
their promising mechanical properties in various applications. The main shortcomings of …

Aiming at the problems of stress concentration and negative Poisson's ratio in the
deformation process of the re-entrant structure, a cosine-shaped re-entrant structure …

The synthesized understanding of the mechanical properties of negative Poisson's ratio
(NPR) convex–concave honeycomb tubes (CCHTs) under quasi-static and dynamic …

Auxetic materials, a class of metamaterials with negative Poisson's ratio, have been
extensively studied due to their attractive mechanical properties. In this study, an auxetic …

Auxetic tubular structures are widely known structures, characterized by a negative
Poisson's ratio upon stretching and deformation in the axial and transverse directions, which …

Auxetic metamaterials are architected structures that possess a unique property known as a
negative Poisson's ratio. This remarkable characteristic enables them to expand or contract …

The subject of the work is analysis, which presents a renowned auxetic structure based on
so-called rotating polygons, which has been subject to modification. This modification entails …

Methods to mitigate the risk posed by seismic and blast loads to structures are of high
interest to researchers. Auxetic structures are a new class of metamaterials that exhibit …

Auxetic materials with negative Poisson's ratio, as a group of metamaterials, attracted
significant attentions among researchers due to their interesting and remarkable mechanical …

Auxetic tubular structures are widely known structures, characterized by a negative
Poisson's ratio upon stretching and deformation in the axial and transverse directions, which …