%0 Journal Article
%T Virtual Demonstration of Improvements to the Standard Restraint System with a Semi-Active Human-Body-Model for Rollover and Side-Impact
%J Proceedings of the International Research Council on the Biomechanics of Injury conference
%D 2006
%A Feist, Florian
%A Gugler, J.
%A Mayhofer, E.
%V 34
%N 
%P -
%X Far side occupants involved in a rollover or in a side impact collision experience extensive lateral upper body excursion combined with an increased risk for injuries due to contact with the near side occupant, vehicle structure, partial ejection or webbing. The aim of the research is to show up existing potentials of standard restraint systems to reduce the upper body excursion and related injury risk. Current anthropometric test devices lack biofidelity in case of extensive upper body displacement. The authors use virtual test methods, more precisely the Madymo Human Occupant model. The model was improved to better simulate the behavior of occupants in lateral low speed tests.<p />
%G en
%I International Research Council on Biomechanics of Injury
%@ 2235-3151
%U http://dx.doi.org/