To improve the crashworthiness and energy absorption of thin-walled tube structures, a
bionic thin-walled tube was designed based on the structural characteristics of antler osteon …

The paper studies the effect of ion treatment of carbon tapes and their subsequent
metallization on the increase in interlaminar shear strength of carbon plastics. The time of …

In recent years, replacement of metals by composite materials has gained more attention in
automotive structures because of the crucial requirement to produce lighter vehicles. Woven …

Discovering new renewable materials and utilizing the available natural resources are
recently emphasized to develop better bio-materials for the near future bio-products and …

Previous investigation on the crashworthiness of braided composite tubes did not take the
relationship between adiabatic shear failure and temperature rise into account during …

Vehicles experience off-axial loads as well as axial loads during collisions. Hence, it is
essential to have oblique loads be involved in investigating thin-walled tubes in vehicles as …

The increasing number of train–moose collision accidents threatens train running safety.
This study investigated the bullet train–moose collision process and explored the effect of …

The transportation industry with airways, road transportation, shipping, and railways is a
huge market for composites both military and civil applications. The need for sustainable …

Creating lightweight and impact-resistant box structures has been an enduring pursuit
among researchers. A new energy-absorbing structure consisting of a bionic gradient lattice …

With the research and development of fiber composite winding tubes, this paper proposed
an idea of using bamboo skin materials to prepare hollow tubes by hand lay-up process …