This article reviews the present status and prospects of sustainable bamboo fiber reinforced
polymeric composites (BFRCs). Because of its rapid growth, renewability, and minimal …

Textile fibre-reinforced concrete based reviews have explored various engineering
properties, such as strengthening of concrete, enhancing strain capacity, crack control …

This research investigated the role of adding bio toughener and reinforcements in the
process of making biocomposite for sustainable engineering applications. The primary aim …

This study investigated about the developments of insulation panels from multilayered coir
long and short fiber reinforced phenol formaldehyde polymeric (PF) resin. The lengths of coir …

In this study, the electrical and piezoresistive properties of cement-based composites with
binary conductive fillers consisting of carbon nanofibers (CNFs) and recycled milled carbon …

This study presents a novel approach for the production of cellulosic fibers from scots pine
wood and their subsequent surface modification with greenly synthesized silver …

Ground nut shells (GNS) and coir are agricultural byproducts available in large quantities at
low cost and are sustainable and renewable resources. Gypsum based false ceiling tiles …

Sustainable cementitious composite panels are gaining interest as efforts to reduce
environmental burdens increase. This study investigated the possibilities and reinforcement …

The use of renewable environmental resources and plastics that can be returned to the
biological cycle shows a new direction in the application of composite building materials …

Novel flame retardant hybrid composites were developed from lignocellulosic and carbon
fibers reinforced with epoxy resin using hot pressing technology. The size of the …