In recent years, the study of the crashworthiness of lightweight and efficient thin-walled
energy-absorbing structures has received increasing attention. In this work, 3D printing …

Throughout evolution, plants and animals have optimized their structure to thrive in a wide
range of extreme environments, offering natural structures with both low mass and high …

To enhance structural crashworthiness while achieving lightweight design, this paper
proposes a novel configuration that embeds a thin-walled square tube into auxetic structure …

In order to address the energy absorption (EA) issue caused by limited installation space, a
circular tube EA structure with axial cutting coupled radial extrusion (ACCRE) deformation …

Bio-inspired structures have been extensively studied under axial compression; however,
limited studies investigating their crushing performance under oblique compression. In this …

Thin-walled structures that serve as energy absorbers are widely used in the automotive
industry, and it is wellknown that they deform in a specific way under dynamic loading …

This paper presents an innovative design approach for a square multicellular tube,
incorporating the concepts of gradient hierarchical design and tree fractals. The design …

In order to enhance energy absorption, this study draws inspiration from the diagonal
bilinear robust square lattice structure found in deep-sea glass sponges, proposing a design …