Abstract
The industrial sector heavily depends on materials. According to the Kyoto Protocol, enterprises are becoming more and more interested in obtaining carbon credits through lowering air pollution. Therefore, green composite materials must be used in place of conventional materials to complete the carbon credit. Natural fiber-reinforced composite materials are now widely utilized in contemporary industrial sectors for example sports, automotive, medicine, aerospace, electronics, food packaging, and energy storage where engineered heterogeneity has been developed and utilized to achieve specific engineering functions. Because of its exceptional mix of thermal, mechanical, and dielectric qualities as well as environmental benefits including renewability and biodegradability, natural cellulosic fiber composite materials are becoming more and more popular for a variety of industrial applications. Natural cellulosic fiber-reinforced composite mechanical and thermal properties as well as for natural fibers mechanical properties and thermal properties also interpreted in this article.
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