Natural fibres are abundantly available in nature and their properties largely depends on
their physical features and chemical composition. The Himalayan Grewia Optiva fibre is one …

In this study, underutilized Himalayan natural fiber Grewia Optiva fiber of different lengths
was used as reinforcement material. The Taguchi method was applied for the optimization of …

Natural abundance, high strength‐to‐weight ratios, and their biodegradable nature make
bast fibers (belong to plant fiber) attractive as reinforcing agents in polymer composite world …

Packaging is a critical process in the food industry because it is used to prevent spoilage,
extend shelf-life, and provide an attractive presentation of the food product. Plastic …

The Bhimal fiber, derived from agro-waste and found in abundant Himalayan forest is having
no commercial utilization and economical contribution to the state yet while it possess …

The effects of relative humidity, and fiber treatment on the mechanical properties of Grewia
Optiva natural fibres reinforced composites were studied. The results revealed that the fiber …

Researchers and scientists are continuously starving for the discovery of novel, eco-friendly,
and cost effective nanomaterials. Halloysite nanotube (HNT) is a recent nanomaterial that …

The effects of relative humidity and fiber treatment on the mechanical properties of Grewia
optiva natural fibers reinforced composites were studied. The results revealed that the fiber …

Grewia Optiva fiber-based polymer composites were prepared with the addition of Marble
dust (MD) in varying percentages by hand-layup technique. To understand the behavior of …

Lignocellulosic fibers are being used as reinforcement of polymeric matrices to fabricate
composites over the past decades because of their eco-friendly nature as well as low cost …