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: A key finding from their research is that flax/epoxy composites can achieve a tensile strength as high as 300 MPa , which is comparable to the performance of traditional glass/epoxy composites [7].

Their work is often cited alongside other studies exploring alternative reinforcements: ASSA.rar

: They have also conducted extensive studies on how environmental factors like UV radiation and water exposure affect the longevity of these materials. Their research showed that flax fabric/epoxy composites experienced a 29.9% reduction in tensile strength after 1,500 hours of UV exposure, highlighting critical durability challenges for civil engineering use [10]. : A key finding from their research is

: Similar to flax, raffia palm fibers are noted for high tensile properties and are being tested as reinforcements in cement composites due to their cost-effectiveness and environmental benefits [7]. : Similar to flax, raffia palm fibers are

One of their most cited works investigates the potential of natural fibers as sustainable alternatives to synthetic ones in industrial applications: