Effect of Fibre Concentration on Mechanical Properties of Diss/Epoxy Bio-composite

This study investigates the mechanical characteristics of a bio-composite comprising Diss fibbers reinforced within an epoxy matrix. Through rigorous testing, including tensile and Charpy impact assessments, the study evaluates parameters like Young's modulus and impact energy. By varying the weight percentages of Diss fibbers in the composite, ranging from 0% to 30%, the investigation explores the material's behaviour under different reinforcement levels. The findings reveal a significant enhancement in both tensile strength and impact resistance as the proportion of Diss fibbers increases. Particularly noteworthy is the observed peak in Young's modulus at 20wtD%, followed by a gradual decline, signifying an optimal reinforcement concentration. This research underscores the potential of Diss fibres as a viable and eco-friendly rein-for cement material for composite applications.