Mechanical Properties of Hybrid Composites on Epoxy Resin with Sisal Fiber, Carbon Fiber and Silicon Carbide

Abstract

Composite materials offer huge upgrades over current accessible materials for various primary applications because of their fantastic mechanical qualities and moderately low thickness. Carbon filaments are most broadly utilized in vehicle, aviation, military and transportation of oil, gas and water applications. The specimen is prepared with varying stacking sequences (i.e., Carbon-Sisal- Carbon-Sisal [CSCS], Carbon-Sisal-Sisal-Carbon [CSSC] and Sisal-Carbon-Carbon- Sisal [SCCS]) and Carbon, Carbon, Carbon, Carbon (CCCC) and four carbon weight fraction (i.e., 2%, 4%, 6% and 8 %) with 2% of SiC. At the point when composites are used in water, oil and gas transportation, the lines are encountering high disintegration and burden. To learn about the impact of disintegration and burden, the malleable, flexural, influence, twofold shear and wear test are completed to comprehend the disintegration and conveying attributes of industrial applications. In this undertaking, the mechanical properties of composites on epoxy resin with sisal and carbon fiber have been considered. The result shows that the mechanical properties of carbon based samples shows that the better result as compared with other samples.