MECHANICAL CHARACTERISATION OF GLASS FIBRE WITH ALUMINIUM AND SUGARCANE FIBRE
Author(s):
AJIN R F
Keywords:
Abstract
Modern machines need advanced materials for better utilization and efficiency. For such need, field of material science is doing large scale research and development to find new materials. Along with better utilization modern engineering need materials that are eco- friendly and long-lasting. Increase of environmental awareness has led to a growing interest in researching ways of an effective utilization of materials such as sugarcane fiber. It is felt that the value of this residue can be upgraded by bonding with resin to produce composite suitable for applications. Fiber metal laminates are good candidates for advanced aerospace structural applications due to their high specific mechanical properties especially fatigue resistance. Keeping this in view the work proposes to develop a metal matrix composite and to study its mechanical behavior. The composite is prepared with different materials like using glass fiber with aluminum and sugarcane fiber. In the next stage of project, mechanical tests like Tensile, Compression and Impact tests will be carried out based on ASTM standards to study the effects of interfacial adhesive bonding on behavior of the laminates. Based on tests results, finally conclusion is obtained for the project
Article Details
Unique Paper ID: 163070
Publication Volume & Issue: Volume 0, Issue no
Page(s): 130 - 135
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National Conference on Sustainable Engineering and Management - 2024