This paper summarizes research work related to materials with zero, or negative Poisson's
ratio, materials which are also referred to as auxetic materials. This review puts an emphasis …

This paper proposes a metacomposite that shrinks regardless of temperature decrease or
increase, ie it exhibits positive and negative thermal expansions with cooling and heating …

Auxeticity of materials improves several of their mechanical properties, especially shear,
impact, and bending resistance. It also improves ability of materials to absorb impact energy …

This paper evaluates the elastic stability and vibration characteristics of circular plates made
from auxetic materials. By solving the general solutions for buckling and vibration of circular …

Solids that possess negative Poisson's ratio are termed auxetic materials. This article
considers the effect of auxeticity, ie, the negative extent of Poisson's ratio on thermal …

For noise and vibration attenuation, various approaches can be employed depending on the
frequency range to attenuate. Generally, active or passive piezoelectric techniques are …

This short communication investigates the effect of negative Poisson's ratio on the natural
frequency of thick plates of arbitrary shape. Using the Mindlin plate theory, it was generally …

Abstractauthoren It is demonstrated that the large‐amplitude, short‐wavelength vibrational
modes excited in the lattice can change its elastic properties due to physical and/or …

Dynamic mechanical analysis (DMA) is the usual technology for the thermomechanical
viscoelastic characterization of materials. This method monitors the instant values of load …

We consider a two-dimensional square lattice model extended by additional not closed
neighboring interactions. We assume the elastic forces between the masses in the lattice to …