In the present research, work focus has been given to determine mechanical properties of
biodegradable industrial waste tea leaf fiber (WTLF), banana and flax fiber reinforced hybrid …

Increasing environmental pollution, climate change, and the use of non-biodegradable or
renewable resources have become major concerns for researchers in the modern …

Plant fibers including banana, snake grass, ramie, hemp, jute and so on are armed with
enormous advantages like less weight, reliability, recyclability and environmental friendly …

Natural fibres now a days replacing the conventional structural materials such as Aluminium,
steel, wood etc. with their excellent weight to strength ratio and with their high mechanical …

The aim of the present work is to synthesis and evaluates the mechanical behaviour of
natural fiber reinforced vinylester hybrid composite using the banana and jute fibers with …

Biodegradable or Green composites are gaining much interest as they are environmental
friendly and have the potential to replace traditional composites. In the present work, a green …

This research focuses on the development of natural fibers reinforced polymer matrix
composites using agricultural waste, such as banana fibers. The banana fibers were …

Nowadays, new eco-friendly and recyclable natural fibers have gained attention over the
commercially used synthetic fibers. The biodegradable nature of the natural fibers attracts …

Natural fibers are used as a reinforcement material in polymer composite. High specific
strength, corrosion-resistance and biodegradability are some important properties that …

Recently natural fiber-reinforced polymer composite materials are highly growing both in the
relationship of their manufacturing industries applications such as automobile, lightweight …