Protection analysis for cyclist helmet under virtual impact by finite element method
DOI:
https://doi.org/10.33064/iycuaa2017701827Keywords:
bicycle helmet, stress analysis, impact test, simulation, sports securityAbstract
Bikes involve great risk of injury from falls; among the major risks are head injuries. Therefore, it is essential to use protective elements. This project focuses on a study to analyze protection for a helmet for cyclists using the finite element method; the entire methodology of this work was based on the Snell standards. The percentage of absorbed tension was determined by simulating a frontal impact by varying the thickness of the material of the helmet (30 mm, 20 mm and 10 mm) that protects a 4.7kg sphere of solid aluminum, emulating the head of a bicyclist.
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