Effect of Mechanical Properties on Fibre Addition of Flax and Graphene-Based Bionanocomposites

Natural fibre-based polymer nanocomposites have played an essential role in many industry domains for four to five years because of their strong mechanical and physical qualities. The primary goal this research is establish the morphological properties nanocomposite materials natural environments. Flax fibre was employed as a reinforcement, nanographene powder used filler, epoxy resin matrix material achieve goals above, keeping following restrictions mind: (i) length (15, 30 45 mm), (ii) content (10, 15 20 (iii) wt.% nanofiller (2.5, 5 7.5 wt.%). composite were laminated using compression moulding process per Taguchi L9 design. characteristics material, such flexural, tensile, impact properties, examined according ASTM standards. combinations A2, B2, C2 are best when compared other combinations. graphene-based revealed that 2.5 graphene contributes 33.08% 36.4%, 30.53%. Including provides highest mean values strength like 36.59 MPa 40.25 31.68 kg/m2 impact. Scanning electron microscopy (SEM) images cracked specimens better understand failure composites during testing.