Robust finite element models are utilised for their ability to predict simple to complex
mechanical behaviour under certain conditions at a very low cost compared to experimental …

As the application of energy-absorption structure reaches an unprecedented scale in both
academia and industry, a reflection upon the state-of-the-art developments in the …

The choice for a proper external trigger and fiber hybridization configuration has a significant
impact on the stability of the crushing process and material cost for composite structures in …

Carbon fiber reinforced polymer (CFRP) tubes have been widely used as energy absorption
devices. Because it is inclined to deform in progressive crushing mode (PCM) with low initial …

This paper presents the results of an experimental investigation of the behaviour and
strength of hybrid kenaf/glass fibre-reinforced epoxy tubes subjected to axial intermediate …

In this article, the energy absorption capability and crushing behavior of composite
corrugated tubes have been studied experimentally and numerically under quasi-static axial …

This paper presents an experimental and numerical study on the energy-absorbing
characteristics of Biomimetic Multi-Cell Tubes (BMCTs), these being hollow-cylindrical-joint …

In automotive design, a key aspect in limiting injuries in the event of collision is the ability of
vehicle's structures to absorb high quantities of energy. Recently, automobiles have been …

Current methods for designing Formula One (F1) crash structures are mainly based on
costly iterative experiments, aimed at minimising the component mass and maximising …

This work studies the potential of using wooden tubes for crash applications. The tubes were
made from 1 mm thick “I214” poplar veneers, according to different stacking sequences …