This review article addresses the potential for biopolymer-based composites made from
agricultural waste biomass to replace conventional materials in a sustainable and …

This study comprehensively examines recent developments in bio-epoxy resins and their
applications in composites. Despite the reliability of traditional epoxy systems, the increasing …

Presently, novel materials based on natural fibers are emerging daily to replace synthetic
fibers in various engineering disciplines, as they minimize environmental pollution, allow for …

This study aimed to bring a new lignocellulosic raw fiber material source to the green
composite and textile industries. Lignocellulosic fibers were taken out from the stem of Ficus …

Biocomposites have attracted researchers recently due to their biodegradability and
environment‐friendly nature. The application of new fibers is increasing to reduce the fiber …

As global industries move toward sustainability, the search for alternatives to current
petroleum‐based polymer products is becoming necessary. Bio‐based epoxy resins have …

The increased demand for superior materials has highlighted the need of investigating the
mechanical properties of composites to achieve enhanced constitutive relationships. Fiber …

Abstract Three‐dimensional (3D) woven textile‐reinforced composites have drawn much
attention because of their specific geometries, improved composite interlayer strength, and …

The growing demand for sustainable, lightweight yet rigid and cost-effective materials for
airplane construction served as the impetus for this work. An E-glass fiber (400 GSM) is …

The development and the use of advanced lightweight materials and related technological
progress in the growth of the aerospace industry and the enhancement of aircraft …