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<p>Owing to the eco-friendly and sustainable behavior of natural-fiber-reinforced composites, they have gained a significant market interest. However, their mechanical characteristics have always been a crucial constraint for researchers. Different techniques are used to enhance these properties. Our study is focused on developing flax-reinforced green epoxy composites using the microfly ash as a filler material, and their mechanical behavior including the tensile, flexural, and impact characteristics were analyzed. The content of 6% fly ash in the composite increases its tensile elastic modulus by 77%, flexural stress bearing capacity by 66%, and impact strength by 30.6%.</p>

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Influence of Varying Microfly Ash Filler Concentrations on the Mechanical Behavior of Flax-Reinforced Green Epoxy Composites

  • 期刊论文

  • 发表日期：

    2025年1月14日

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  • D. M. Baitab,
  • A. Abbas,
  • Z. A. Sumbal,
  • Y. Nawab,
  • M. K. Bangash,
  • M. Umair

摘要

Owing to the eco-friendly and sustainable behavior of natural-fiber-reinforced composites, they have gained a significant market interest. However, their mechanical characteristics have always been a crucial constraint for researchers. Different techniques are used to enhance these properties. Our study is focused on developing flax-reinforced green epoxy composites using the microfly ash as a filler material, and their mechanical behavior including the tensile, flexural, and impact characteristics were analyzed. The content of 6% fly ash in the composite increases its tensile elastic modulus by 77%, flexural stress bearing capacity by 66%, and impact strength by 30.6%.