This article provides a comprehensive review of the suitability of the various micro-
mechanical models for accurately predicting the tensile properties, namely, tensile strength …

The fiber industry develops materials with good physical and mechanical characteristics, but
it also generates a lot of waste that is difficult to degrade. Glass fibers can be extracted from …

The current research has come from the deep concern for the sustainability of the
environment in terms of waste disposal and producing bio-based materials. In this way, the …

Critical fibre length (Lc) of natural fibre as reinforcement for polymeric composites is an
essential parameter for enhancing mechanical properties. In this work, the effect of fibre …

Recently, the use of composite materials has significantly increased in various industries,
ranging from automotive to construction, due to their more advantageous properties …

In this work, eco‐friendly biodegradable nonwoven and woven jute‐based soy composites
were fabricated. As cellulose of jute and protein part of water‐based soy resin have requisite …

This study is focused to explore the synergism of dual nanofillers (tungsten carbide (WC)
and multiwalled carbon nanotubes (MWCNTs)) in melt extruded PP composites. The …

In this study, the mechanical properties of newly developed bio-composites comprising both
untreated and chemically treated date palm agro-residue fillers and polypropylene matrix …

In this paper, the production and the characterization of poly (lactic) acid (PLA)-based
composites containing different amounts (from 10 wt.% to 25 wt.%) of ultra-short cellulose …

Mechanical properties of acetylated hemicellulose/nanocellulose (AH/ACNC) films can be
enhanced by manipulating the ACNC degree of acetylation and loading. It is critical to …