STRUCTURAL ANALYSIS OF HYBRID REINFORCED COMPOSITE FOR INDUSTRIAL SAFETY HELMET
DOI:
https://doi.org/10.48047/Keywords:
Jute/Bamboo fiber, Safety Helmet, Structural Analysis, Coconut Shell Power (CSP)Abstract
Recently, the utilization of fiber built up polymer in each field of designing (car,
industry and aviation) and clinical has expanded because of its unmistakable mechanical properties.
The fiber based polymer composites are more mainstream on the grounds that these have high strength,
light in weight, minimal expense and effectively accessible. In the current work, the finite element
analysis investigation (FEA) of fiber/epoxy composite based modern security cap has been performed
utilizing strong works recreation programming. The demonstrating results show that glass fiber
supported epoxy composite can be utilized as a material for creation of modern security cap which has
great mechanical properties than the current head protector material. The hybrid composite is prepared
by Jute, Bamboo, E-Glass and Coconut shell powder as filler materials. This paper based on structural
analysis by using ANSYS work bench. The outcome results of the simulation are included.
