Herein, we report the mechanical and piezoresistive sensing performance of 3D printed auxetic nanocomposite structures composed a high-density polyethylene (HDPE) matrix multi-walled carbon nanotubes (MWCNTs). The multifunctional MWCNT/HDPE were measured under tensile loading. results indicate that by varying MWCNT content, as well relative density cell topology (S-shaped, Chiral Re-entrant) st...

Abstract Re-entrant structures have drawn increasing attention because of their hydrophobicity. However, it is very difficult to manufacture re-entrant at the micron scale on metal surfaces. In this study, we designed and manufactured novel hollow employing laser ablation electrodeposition technology. This structure surfaces has been fabricated successfully, which high processing efficiency goo...