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Mechanical characterization of walnut shell powder-reinforced neem shell liquid composite

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This work demonstrates increased tensile and flexural strength in neem shell composites, suggesting effective natural reinforcements.

Increasing walnut shell powder fraction significantly enhances tensile strength and flexural strength.
At 25% weight fraction, the tensile strength improves by 57.5%, while the flexural strength increases by 59.09%.
Impact strength shows a 282% increase at a 30% weight fraction, although thermal conductivity decreases by 36.36%.
Natural reinforcements in composites highlight applications in diverse fields, including automotive and biocompatible materials.

Srinag et al. (2025) studied this question.

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View Full Paper

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Authors

This work demonstrates increased tensile and flexural strength in neem shell composites, suggesting effective natural reinforcements.

Increasing walnut shell powder fraction significantly enhances tensile strength and flexural strength.
At 25% weight fraction, the tensile strength improves by 57.5%, while the flexural strength increases by 59.09%.
Impact strength shows a 282% increase at a 30% weight fraction, although thermal conductivity decreases by 36.36%.
Natural reinforcements in composites highlight applications in diverse fields, including automotive and biocompatible materials.

Srinag et al. (2025) studied this question.

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