The growing importance of composite materials in engineering is reshaping industries such
as automotive, maritime, sports, and aerospace. As industries seek sustainable alternatives …

Nowadays, commercial natural fibers cannot meet the increasing industrial demand. In order
to meet this demand, recommending a new natural fiber for the composites industry is very …

This study aims to obtain a sustainable substitute for man-made fibers using Sambucus
ebulus L. as a reinforcement in the polymer composites. With this purpose, an extensive …

In the pursuit of sustainable advancements in bio-inspired fiber reinforced polymer
composite materials, the exploration of novel natural fibers has become a focal point of …

The purpose of this study was to investigate the extract of Catalpa bignonioides plants and
characterize novel natural cellulosic fibers from the fruits as an alternative material for …

The main aim of this study is to identify a new sustainable plant-based fiber extracted from
the reddish shell bean plant to investigate its usage in polymer matrix composites. Natural …

Natural fiber‐reinforced composites are generally known as eco‐friendly, long‐lasting, and
recyclable materials. This study characterizes cellulosic Helianthus tuberosus L. fiber for …

Natural lignocellulosic fibers possess distinct capacities and properties from various
perspectives. To utilize natural fibers most effectively, particularly in high-quality …

The effect of water retting on the physical, morphological, thermal, mechanical, and chemical
characteristics of retted Mariscus ligularis fibers (RMLF) compared to non-retted MLF has …

Five-layer epoxy composites consisting of two outer layers made of glass fiber and three
inner layers of cotton-bamboo fabric were obtained by compression molding. The influence …