Composite thin-walled structures are of much interest in differnet applications as well as
energy absorption devices for their great crashworthiness and light weight. In this paper, a …

The sea glass sponge, a marine organism with a distinctive tubular lattice skeleton, offers
inspiration for develo** resilient structures with exceptional buckling resistance. Previous …

In this paper, tubes with different axial corrugations were studied under axial loading.
Accordingly, a new axially half-corrugated thin-walled tube was developed to improve the …

An origami crash box (OCB) has a desirable crashworthiness performance because it is
inclined to deform in the diamond mode (DM) with a low initial peak force F max and high …

Thin-walled structures, due to their favorable mechanical properties and exceptional energy
absorption capabilities, find extensive applications across various engineering fields. This …

In this paper, the crushing behavior of hybrid metal-composite conical tube under dynamic
loading is studied. An efficient analytical solution for FML conical tubes consist of any …

In this paper, rectangular and slotted windows were introduced to thin-walled square tubes
to improve the crashworthiness of tubular structures. Four one-windowed tubes, twelve three …

Compared with the excellent energy absorption performance under axial loading, thin-
walled tubes are vulnerable to instable global bending under oblique loading condition. In …

In the present research, the crushing response and crashworthiness characteristics of
aluminum circular tubes with and without vertical corrugations were studied. In this regard …

In this paper, groups of new homo-polygonal multi-cell tubes are introduced and
investigated under both axial and oblique loads via studying the effect of cell growth on …