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Investigation of Tensile Strength of Notched Fiber-Reinforced Composite Specimen for Various Layup Pattern
Authors: Hemraj Sonar & Dr. P.C. Kulkarni Impact Factor
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For a variety of reasons, high-performance composite systems are often designed with different shapes and size
discontinuities. Under different working loads, the areas near these notches become vital regions. The double-edgenotched
Carbon fiber Specimen is investigated using a combination of analytical well as finite element (FE) simulation
techniques to check the Tensile strength Stress concentration factor and delamination in this research study. In notched
composites, the occurrence of subcritical damage has a considerable impact on the overall strength of the component. This
experiment is a thorough investigation of three separate carbon fiber layups, which were examined in tension using a
triangular, rectangular, and circular double-edge-notched specimen. Static analysis of carbon fiber plate having
triangular and circular double-edge-notched specimen will be performed using ANSYS19 software. Comparative analysis
will be done with FEA Experimental results using MCDM Techniques. Conclusion and future scope will be suggested.