Analysis of Hybrid Natural Fiber Composite Material by Using Finite Element Analysis

Mechanical Engineering

In work represent the tensile static analysis of the hybrid laminated natural composite material with different cases and thickness. The static stress analysis includes the all type of stress, strain and deformation behavior in diagrammatic and tabulation form and results are good agreement with previous work. In the present work the modeling and analysis has been done in ANSYS APDL 16.2. On the other hand, the improvement in interest of using natural fibers as reinforcement in plastics to substitute conventional synthetic fibers in some automobile or other applications has become one of the main concerns to work the potential of using natural fibers as reinforcement for polymers. For this, present work has focused their attention on natural fiber composite which are composed of natural or synthetic resins, reinforced with natural fibers. In this work, which is clearly seen that the proposed work is more considerable work as compared to the later work. For improvement of later work the hybrid natural composite i.e. three natural fiber like palm, coconut coir and human hair are used, which is made good bound with each layer using epoxy resign and give the more expected result in present as compare to previous work. In future the work is to use this hybrid material which are most useful, biodegradable and safe.

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