Quasi-static axial compression tests were conducted on two types of empty aluminum alloy
tubes (circular and square) and five types of aluminum ex-situ foam filled tube structures …

Research to quantify the energy absorption of empty and foam-filled tubes under oblique
loading with different loading angles and geometry parameters was carried out. Tests on …

With the excellent energy absorption of tubular structures, the axial crushing behavior of
tubes of various section shapes has been extensively investigated, while multi-cell tubes …

This article aims to present the crashworthiness performance of double section bi-tubular
thin-walled structures. Double section bi-tubes were made from stainless steel sheet and …

This paper presents the multi objective optimization of foam-filled tubular tubes under pure
axial and oblique impact loadings. In this work, the double circular tubes, whose bottom is …

Thin-walled filled tube is a common energy absorbing and buffering structure. In this study,
an octet-truss-filled double tubes structure was presented by filling an octet-truss core into …

This paper investigates the effects of hole shapes and dimensions on crashworthiness
performance of the square and octagonal bitubal structures under impact loading. Several …

Composite tubular structures have excellent energy absorption (EA) and can be widely
applied in lightweight energy absorbers. Made up of thin-walled braided-textile tubes and …

The purpose of this study was to investigate the effect of geometry on the energy absorption
of aluminum tubes with different cross-section and the effect of combined bitubular tubes to …

In this paper, the axial crushing behavior of a foam-filled thin-walled circular tube, assuming
the strain hardening for the foam. The theoretical model is based on the super folding …