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Finite Element Analysis of Honeycomb Structured Impact Attenuator with Aluminium Alloy, Carbon Fibre and Glass Fibre

Author(s):
Yogesh Anadrao Patil , Dr.J.J.MAGADUM COLLEGE OF ENGINEERING,JAYSINGPUR; A. M. Naniwadekar, Dr.J.J.MAGADUM COLLEGE OF ENGINEERING,JAYSINGPUR

Keywords:
Carbon Fibre, Aluminium Alloy, Crash Analysis, Glass Fibre Impact Attenuation, Impact Attenuator, Honeycomb Structure

Abstract

This paper focuses on Finite element analysis of impact attenuator with different possible material like Aluminium alloy, carbon fibre, glass fibre to find out crash worthiness of impact attenuator under impact loading. Impact attenuation is promising technique used in automobile industry to absorb the impact for sake of drivers safety. Crash worthiness of honeycomb structure is measured in terms of energy absorbed during impact and deformation observed during impact. This paper provides a finite element analysis results on Impact attenuator.

Other Details
Paper ID: IJSRDV7I21174
Published in: Volume : 7, Issue : 2
Publication Date: 01/05/2019
Page(s): 1421-1424

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