Thin-walled aluminum tubes and Carbon fiber reinforced thermoplastic polymer composite
structures have enormous prospective in sustainable impact energy-absorbing structures …

Thin-walled energy absorbing structures based on hybrid structural concepts have a
lightweight benefit along with great potential of enhancing the crashworthiness …

Traditional thin-walled structures are widely employed in several energy-absorbing
engineering fields, and origami patterns inspire novel structures with unique functionalities …

Crashworthiness is the ability of a structure to protect its occupant during an impact. Metallic
tubes are deemed as one of the most popular structures to dissipate crushing energy during …

Thin-walled cylindrical tubes have been extensively used as energy absorbing structures in
vehicular frontal structures owing to their superior energy absorption characteristics and …

Composite tubular structures exhibit a superior energy dissipating capacity and they
comprise immense prospective as energy dissipating elements to substitute conventional …

Conventional energy absorber usually employs stubby thin-walled structures. Compared
with the limited number of stubby thin-walled structures, an equipment has a large number of …

Fused deposition modeling, is one of the highly efficient layer-wise additive manufacturing
techniques that have shown great prospective in fabricating the energy-absorbing structures …

Thin-walled shells like square, conical and polygonal sections are preferred in structural
applications requiring high performance under impact loadings for their less weight, and …

Light weight cellular structures have gained extensive attention in the impact energy
absorption applications owing to their superior specific strength and excellent …