Effect of Hybrid Weave Patterns on the Mechanical Performance of Woven Fabrics

Improvement in mechanical properties of the natural fiber reinforcement for potential use in the composite for mechanical performance is a key focus of researchers in recent years. However, few studies are available in the literature on the mechanical performance of hybrid-woven fabrics. In this article, the effect of the weave structure of reinforcing fabric on mechanical performance has been investigated. Jute-based woven fabrics having four different weave structures (matt, sateen, and hybrid-weave A/B) were developed in the in-house lab using a shuttle dobby weaving machine. The tensile test and puncture tests were performed to evaluate the mechanical performance by varying the weave architecture. The sateen weave exhibited maximum penetration load during a puncture test. The results demonstrated a significant improvement in the tensile strength by using a hybrid weave in the warp direction. However, sateen woven fabric demonstrated enhancement in the tensile attributes in the weft-wise direction. Similarly, a hybrid weave consisting of a combination of sateen and matt weave exhibited a maximum stiffness value. To check the statistical significance of the results, ANOVA analysis was performed. The findings of ANOVA suggest that the results are statistically significant. This research will open a new avenue in the field of reinforcement composite material.

Automated summary

Improvement in the mechanical properties of natural fiber reinforcement has been a focus of researchers in recent years. This article investigates the impact of weave structure on mechanical performance, specifically in hybrid-woven fabrics. The study finds that different weave structures have significant effects on the mechanical properties of the materials, and statistical analysis confirms the reliability of the results.