A Systematic Review of Hybrid Polymeric Woven Composites: Mechanical Performance, Numerical Simulation, and Future Perspectives.

Hybrid polymeric woven composites are an important group of advanced materials. They can be designed for specific mechanical properties, better damage tolerance, and lower weight, which is useful in aerospace, automotive, and structural parts. This research gives detailed guidance on how to test their mechanical performance and how to simulate them numerically. By looking at how different fibers work together inside a polymer matrix, the study reviews tensile, flexural, impact, and fatigue behavior in a systematic way. It also explains how to build representative volume element (RVE) models, run multi‑scale finite element analysis (FEA), and use constitutive damage models to predict progressive failure. The project outlines key simulation strategies for

capturing both interlaminar and intralaminar failure modes under various loads. In the end, this review and methodology help researchers spot gaps in current experiments and simulations, and provide a solid base for designing, optimizing, and deploying high‑performance hybrid polymeric composites in tough engineering settings. This structured approach makes it easier to move from material concepts to validated numerical models.

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