Tandem design is promising to improve the undesired compressive behavior of honeycomb
for the long-stroke demand. Therefore, a novel tandem honeycomb, named tandem face …

TPMS (Triply periodic minimal surface) has attracted significant attention recently because of
its superior energy-absorbing properties. To improve its energy-absorbing performance and …

The lotus petiole in nature is characterized by its porous structure and high bending
resistance. Inspired by this, in this paper, random sampling of lotus petiole was carried out to …

This study presents a novel hierarchical nested honeycomb drawing inspiration from the
hierarchical structures found in energy-absorbing citrus peels. Our investigation reveals that …

This study presents a novel approach to the design of a multi-cell tube based on the
principles of origami. Specifically, the creases formed by folding square origami were …

This study investigates the protection effect of arc-cracks with different radians against
impact loads using a dynamic caustics experimental system. It is found that after exceeding …

This article proposes a soft/hard dual-material honeycomb structure. The quasi-static and
dynamic crush modes and crashworthiness of six groups of honeycombs were studied by …

This study investigated the effectiveness of 3D woven structural composite-based aircrew
helmets comprising a 3D woven solid shell and a 3D woven honeycomb liner. This research …

As one of the key components of electric vehicles, the enhancement of the performance of
the power battery is closely intertwined with an efficient Battery Thermal Management …

To address the limitation of inflexible dimension parameters in thin-walled structures for
ensuring energy absorption effectiveness, a design approach for a multi-tube combination of …