DESIGN AND ANALYSIS OF HYBRID COMPOSITES FOR INDUSTRIAL HELMETS

Authors

  • Raghavendra B PG Scholar, BITM college, Ballari-583104, India
  • Mohammed Fayaz Asst.Professor, BITM college, Ballari-583104, India.c Professor, BITM college, Ballari-583104, India.
  • Mrs.Lakshmi Kumarie Asst.Professor, BITM college, Ballari-583104, India.c Professor, BITM college, Ballari-583104, India.
  • Maharaj Gouda Asst.Professor, BITM college, Ballari-583104, India.c Professor, BITM college, Ballari-583104, India.
  • DR.Raghavendra Joshi Asst.Professor, BITM college, Ballari-583104, India.c Professor, BITM college, Ballari-583104, India.

Keywords:

Aloe Vera Root, hemp fibre ,cotton fibre , Helmet.

Abstract

The paper discusses the numerical studies on industrial helmet that can effectively withstand high impact
load, light weight, thermal insulated, surface quality and dimensional precision. The use of natural resources
such as Aloe Vera , cotton and hemp fibers, these fibers are high strength, light and easily with stand heat and
salt water. The Aloe Vera is Stem less plant and ability to carry higher load than that of existing Acrylonitrile
butadiene styrene (ABS) plastic helmet. In this paper, the helmet model is designed BSEN 397:1995 by solid
edge v19 software and analyzed by Ansys 14.0 to test the capability of a material to withstand high impact
load. At last, the comparisons of displacements and Von-mises stress are done for different volume proportion
of a given composite fibres to know their mechanical properties.

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Published

2017-07-25

How to Cite

Raghavendra B, Mohammed Fayaz, Mrs.Lakshmi Kumarie, Maharaj Gouda, & DR.Raghavendra Joshi. (2017). DESIGN AND ANALYSIS OF HYBRID COMPOSITES FOR INDUSTRIAL HELMETS. International Journal of Advance Research in Engineering, Science & Technology, 4(7), 177–187. Retrieved from https://ijarest.org/index.php/ijarest/article/view/1678

Issue

Vol. 4 No. 7 (2017): Volume: 04, Issue: 07 - July, 2017.

Section

Articles