As a member of the carbon material family, graphene has long been the focus of research
on account of its abundant excellent properties. Nevertheless, many previous research …

Auxetic cellular structures have garnered huge research interest as a candidate for energy
absorption due to their appealing features, including extremely high indentation resistance …

Liquid-filled microchannels are common in biological tissues, such as blood capillaries and
neuronal axons, which may often be regarded as cylindrical compressible liquid inclusions …

Solids exhibit transverse shrinkage when they are stretched, except auxetics that abnormally
demonstrate lateral expansion instead. Graphene possesses the unique normal-auxeticity …

Combining molecular dynamics (MD) simulations and continuum modeling, the uniaxial in-
plane compressive properties of honeycomb three-dimensional (h3D), triangle-like 3D (t3D) …

Honeycomb structure containing curved reentrant sides with negative Poisson's ratio (NPR)
was designed and the impact dynamics behaviors were studied by finite element method …

Abstract Two-dimensional (2D) graphene possesses a variety of excellent properties. It is
worth using 2D graphene as building block to construct novel three-dimensional (3D) …

In carbon allotropes, a series of topological semi-metals have been predicted, but both novel
electronic properties and mechanical characteristics, eg, a negative Poisson's ratio (NPR) …

Conductive aerogels have received extensive attention in a variety of application fields such
as structural engineering and electrochemistry due to their lightweight, porous and …

Using the density functional theory method, we demonstrate that the recently synthesized
three-dimensional carbon-honeycomb (C-honeycomb) can serve as a promising …