MXenes have been highly attractive to researchers owing to their layered nanostructure,
excellent electrical conductivity, and abundance of functional groups. Meanwhile …

A growing variety of composites utilize natural plant fibers with naturally occurring veins
structured hierarchically in an effort to reduce dependence on petroleum‐based materials. In …

An approach involving low energy consumption was used to transform jute/polypropylene
prepregs into a sustainable sandwich structure for automotive application. Fiber orientation …

Natural fibers are becoming very popular as a reinforcement in composite materials owing to
their benefits, such as low-price, lightweight, availability, and environmental friendliness. In …

Natural fibre reinforced (NFR) polymer composites set an avenue for the development of
new sustainable materials. These materials led a paradigm shift from synthetic materials to …

This study explores the potential of utilizing nanocellulose extracted from Selenicereus
undatus (dragon fruit) and kenaf fiber to enhance the properties of vinyl ester composites …

Commercial products made of plastics or wood have always been in high demand until now.
Consequently, waste from these products has increased, accumulated, and catastrophically …

In dynamic applications, the effective use of kenaf composite materials necessitates
comprehensive and precise elucidation of their mechanical response under high strain rate …

Researchers from various disciplines have shown great interest in carbon nanotubes
(CNTs) due to their exceptional nanostructures and distinct electronic, mechanical, and …

The pervasive issue of plastic waste within the automotive industry presents both a
significant environmental challenge and an opportunity for innovative waste management …