The mechanical, thermal, and barrier characteristics of an epoxy biocomposite coating made
using rice husk biomass biosilica were investigated in this study. The primary objective of …

In this study, natural fiber epoxy composites were prepared using palmyra sprout fiber and
red matta rice husk ash (RHA) biosilica. This paper mainly aims to investigate the …

The room-to-low temperature (RT-LT) mechanical behavior of liquid oxygen-compatible
epoxy composites (LOC-EP) is of great importance in the strength analysis of lightweight …

This paper presents sustainable technology for environmentally friendly composite
production. Biobased unsaturated polyester resin (b-UPR), synthesized from waste …

High-toughness epoxy biocomposites are made in the current work employing coconut
rachilla fibre and biosilica particles recovered from finger millet husk (FMH) for lightweight …

Biomaterials created from raw materials are gaining appeal in the industrial sector due to
their high quality, sustainability, and environmental considerations. Combining two types of …

This article explored the influence of curtain climber fiber and Biochar derived from Kigelia
pinnata fruit fiber on a polyepoxide‐based composite material's thermal, mechanical …

This research aimed to find the effect of Artocarpus heterophyllus fruit seed husk biochar
(ASB) and twill weaved bamboo fiber (TBF) in mechanical, DMA, and fracture toughness …

Natural fibre and its reinforced polymer composites are gaining popularity due to their
enhanced properties such as recyclability and availability. The most important reason for this …

This study has demonstrated the characteristics of novel finger millet husk biosilica (FMB)
and Digitaria ischaemum fibre (DIF)-reinforced epoxy composites. Since there is no previous …