Nanoporous materials find a wide range of applications spanning diverse disciplines. For
sufficiently small nanopores, surface effects must be accounted for in calculating …

Surface piezoelectricity considering the extended Gurtin--Murdoch coherent interface model
has been incorporated into the composite cylinder assemblage (CCA), generalized self …

The thermal conductivity (TC) of graphene-based vertical stacking material has recently
attracted a lot of researchers based on its ability to help the thermal management of …

Porous materials are typically heterogeneous and they contain large variations of micro-
/nano-pore structures, causing complicated behaviors. In continuum models, most …

The nanoscale thickness and high porosity of amorphous nanoporous silicon nitride (aNPN)
membranes make them useful components in diverse biomedical applications. However …

To reveal the dependence of mechanical properties upon the pore design, we perform
molecular dynamics simulations to investigate the tensile responses of nanoporous Cantor …

The increasing applications of nanoporous materials in engineering structures call for robust
strength criteria that are able to model the size effects of multiscale voids inherent to these …

The study extends the locally-exact homogenization theory (LEHT) to determine the effective
parameters and localized multiphysics fields of unidirectional piezoelectric nanocomposites …

To reveal the structure-property relation of nanoporous graphene (NPG) membranes,
molecular dynamics simulations are performed to study the mechanical properties of …

Finite element simulations were performed to investigate potential applications of Menger
sponge fractal NiTi structures as bone implants. The tunable correlations between porosity …