Auxetic materials have garnered significant attention due to their lightweight and excellent
energy absorption capabilities. Nonetheless, they often display relatively lower stiffness …

Fiber reinforced plastics can absorb energy, in the unlikely event of a crash, on the other
hand, foam improves the structural integrity of the device being filled with. Therefore, foam …

Foamed concrete as energy absorption material for high geo-stress soft rock tunnels has
been proven to be feasible due to its high compressibility and lightweight. However, the …

Thin-walled composite structures are increasingly used in vehicles attributed to their
lightweight and high energy-absorbing capacity. However, understanding crushing behavior …

Cenosphere/aluminum syntactic foam filled thin-walled tubes were prepared by inserting
aluminum matrix syntactic foams reinforced with three kinds of industrial fly ash cenospheres …

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 …

Tubular lattice structures had attracted significant attention due to their remarkable
mechanical performance and lightweight, but there had been few research on their lateral …

The current study aimed to examine an experimental investigation on the energy absorption
capability of glass/carbon intraply hybrid filament wound composite pipes subjected to quasi …

The current research investigates the mechanical properties and deformation mechanisms
of foam-based composites under radial compressive loadings at different temperatures …

The alumina-aluminum matrix syntactic foam filled thin-walled tubes (FFTs) were prepared
by inserting aluminum matrix syntactic foams reinforced with alumina hollow spheres with …