Rock bolting technique is an important reinforcement measure in the geotechnical
engineering practice. New rock bolts have been continuously emerging through the …

The combination of an auxetic structure featuring a negative Poisson's ratio (NPR) and
viscoelastic materials with superior damping behavior and energy absorption introduces a …

In this work, the 3D circular curve transversal-isotropic auxetic structure (3D-CCTAS) is
designed based on a six-fold rotation symmetry in space and combines circular-curve and re …

Negative Poisson's ratio materials (called auxetics) reshape our centuries-long
understanding of the elastic properties of materials. Their vast set of potential applications …

Abstract 3D woven composites are currently used in high‐tech applications due to their
better mechanical properties than 2D laminated composites. To further enhance the …

In view of ongoing great interest in novel materials exhibiting Negative Poisson Ratio (NPR),
the current study examines its influence on buckling behaviour of externally pressurized​ …

Auxetic structures, distinguished by their unusual negative Poisson's ratio, have attracted a
lot of interest because of their remarkable mechanical properties and wide range of possible …

Recently auxetic textiles have captured the attention of researchers. Yet no work is reported
on the development and characterization of novel tetrahedral woven auxetic structures. In …

Results of constant pressure and temperature Monte Carlo (MC) simulations with varying
shapes of the periodic box are presented for face‐centered cubic (FCC) hard‐sphere …

Smart auxetic structures are gaining attention in various areas such as architecture, clothing
(sports and protective), civil, and medical applications owing to their negative Poisson's …