Effects of Intrinsic Mechanical Characteristics of Lignocellulosic Fibres on the Energy Absorption and Impact Rupture Stress of Low Density Polyethylene Biocomposites

Proper assessments of the role various natural fibres in green composites are very significant to predict their behaviour different conditions leading optimise use more functional products. This work has systematically investigated effect lignocellulosic fibre types, contents, and intrinsic mechanical characteristics on energy absorption capability corresponding rupture stress low-density polyethylene-based composites. was carried out reveal reliable trends during impact process. The properties Mediterranean lemon, olive, fig leaf were considered including tensile strength, density, modulus elasticity, elongation break, interfacial shear between matrix. roles individual illustrated while comparing effects at both absorptions stresses loading. Results have revealed that olive capable enhancing absorbed as well ruptures stress. break property also found among critical impact. Non-linear for