摘要：The custom of hybridization fibre composite in energy absorption tube application has gained the
attention of structural crashworthiness in composite material industry. Thus, the approach of this review
is to understand the effect in hybridization within metal/synthetic fibre composite, synthetic/synthetic
fibre composite and nature/synthetic fibre composite as energy absorption tube, which reflects on the
energy absorption characteristics and crashworthiness behaviors in previous the study. By way of
instance, a wide range of methodology and particular parameter in previous study such as the effect in
fibre arrangement, matrix polymer, technique of fabrication, fibre treatment (natural fibre), design in
geometry/cross-section and others mechanism of hybrid fibre composite tube are highlighted which to
comprehend the capability of the mechanical performance and collapsible behavior as sacrificial structure in high-performance structure applications. Moreover, in the recently studies there have been many
of the research regarding structural materials as energy absorption tube has been introduced such as
metal/matrix composites, new alloy metals and polymer composites which intended to evaluate the
performance of these materials into circumstance in loading and impact characteristic. Therefore, this
review article is trying to explore the research articles related to the effect of hybridization fibres and
thermoset polymer as reinforcement for energy absorption tube research and expected would provide an
information and idea which to expend the knowledge in future study of hybridization effect for energy
absorption tube, moreover the development for future potential as new hybrid composite fibre materials
from the natural/synthetic fibres reinforced composite material in employing of high-performance energy absorption tube application is still less discover and highlighted.
