Optimizing Composite Materials for Automotive and Aerospace Applications: Carbon vs Glass Fibre Reinforcement

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Pure carbon fibre composites showed the highest tensile strength at 363.99 MPa, outperforming glass fibre composites.
A notable increase in ductility was observed with PLA reinforcement, resulting in 21.02 mm elongation for CF + PLA composites.
Hybrid configurations (CF + GF + PLA) achieved intermediate strength of 89.05 MPa, balancing cost and performance effectively.
The study highlights the significant role of fibre-matrix compatibility in enhancing mechanical properties across applications.

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Experimental analysis reveals tensile properties of carbon, glass, and hybrid composites, suggesting optimal material choices for engineering.

Sivakumar et al. (2025) studied this question.

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Experimental analysis reveals tensile properties of carbon, glass, and hybrid composites, suggesting optimal material choices for engineering.