Mechanical Behavior of GFRP with Plantain, Coir, and Sugarcane Fiber-Reinforced Hybrid Composite

The increasing demand in engineering materials and material performance like higher strength, toughness, thermal resistance, resistance to fatigue load, and wear resistance in the area of advanced production technology have led to the search for improved new materials. Polymer matrix composite typically offers high strength and high modulus, improved high temperature strength, and wear resistance compared to their monolithic metal equivalents. Despite its high manufacturing costs, PMCs are appropriate for boats due to their excellent thermomechanical characteristics, sports utilities, and automobile industries. In this work, addition of glass fiber and its effects on mechanical properties on banana, coir, and sugarcane fiber composites are predicted. In this investigation, we examine the effects of adding glass fibers to the composite material.