Reduction of Human Head Injury By Designing an Energy Absorption On Helmet from the Use of Aluminum Honeycomb Panels

Head is one of important parts of human body that injuries of this region can cause serious damage and even death in some cases. The engineering aim of injury biomechanics research is to develop methods for improving the better designs and achieve better energy absorption under impact loading for absorbing more energy and safe models. In this study we used honeycomb panels for absorbing energy to reduce the transition energy to the helmet and human head system.

Keywords:

biomechanics , Finite elment model , Honeycomb , Traumatic brain injury