Impact of Fiber Buildup Stacking Sequence on Thermo-Mechanical Behaviour of Natural Fiber–Reinforced Anamide Composites

This article focuses on the viscoelastic behaviour of anamide composites using a dynamic mechanical study developed by hot compression moulding technology at higher temperatures. The frequency range for this analysis is 1 Hz. In nitrogen atmosphere, thermogravimetry differential scanning calorimetry was used to investigate thermal stability composite laminates with various fiber orientations. findings showed that glass transition temperature close 100°C can be achieved Hz increase orientation basalt fiber-enhanced compounds. Through thermo-gravimetric experiments, excellent temperatures above 600°C conspicuous. Analysis Fourier transform infrared (FTIR) spectroscopy envisioned surface chemical properties films orientations, and interaction between matrix were determined. Scanning electron microscopy laminate surfaces proclaimed interface relationship material superior FTIR being assisted. demonstrate may good replacement high-performance high-temperature applications since they are thermally extremely robust great rigidity.