Polylactic acid (PLA) is a thermoplastic polymer produced from lactic acid that has been
chiefly utilized in biodegradable material and as a composite matrix material. PLA is a …

Abstract Wood-plastic composites (WPCs), combined with wood particles as filler and plastic
as matrix material, is a kind of sustainable (if recyclable polymer is used) and environment …

Biocomposites are now being viewed as an almost perfect alternative to conventional
nonbiodegradable polymers. In addition, the use of natural fillers further augments the value …

PLA (Poly-lactic acid)-wood provides more biodegradability through natural fibers, a
significant advantage of pure PLA. Nevertheless, these bio-composites may have inferior …

The material composition of 3D printed elements has enormous influence on the qualities of
the final product–it is decisive in determining the mechanical performance, aesthetic …

In the global pursuit of using sustainable constituents for develo** composite materials,
the current investigation has paid particular attention to the most promising biopolymers …

Recently, efforts have been done to capitalize on the potential of multidisciplinary research
in order to produce unique features in polymer technology. To improve its physical and …

The objective of this study is to examine the impact of various material and processing
factors on the hardness (Shore D) and tensile strength of PLA/graphene composites. The …

Generally, solar dryer cabinets are made up of sheet metals that are heavy, costly, tend to
rust over time, and possess the high heat rate to the outer atmosphere. In order to overcome …

Composite materials are abundantly present in applications related to transportation
industries, mainly due to their lightweight, good mechanical performance, and viable …