Fabrication and Evaluation of Mechanical Properties for Naturally Available Fibres and Glass Fibre
Journal Title: International Journal of Mechanical and Production Engineering Research and Development (IJMPERD ) - Year 2017, Vol 7, Issue 4
Abstract
A significant number of our present day advancements request materials with an abnormal blend of properties for example, immense quality to weight proportion, huge, more erosion defiance, great weakness, quality immense, dimensional strength and so on. these can't be met by the traditional metal combinations. As of late European Union (E.U) and Asian nations have discharged stringent standards concerning car end-life necessities i.e., the parts of the automotives can be reused. This expanded the utilization of regular filaments in composite materials. Characteristic filaments have turned out to be more appealing to specialists, architects and researchers as an option support for fiber strengthened polymer composites. Because of their ease, low thickness, solidness, genuinely great mechanical properties, high particular quality, non-rough, eco-accommodating and ecological attributes, they are misused as a trade for the regular fiber. This paper deals with the evaluation of mechanical properties of epoxy matrix composite fortified with Jute / Hemp / Bamboo and glass fibers were evaluated. These filaments were put with grid tar by utilizing hand lay-up system. In this exploration the mechanical equities like flexural strength, impact strength, tensile strength, inter laminar shear strength and hardness tests were contemplated according to ASTM standards.
Authors and Affiliations
Harish S R, Shyam Sunder N, Suresh R, Shrishail B Kakkeri
Keywords
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