A Review on processing methods and characterization techniques of Green Composites
Nithesh Naik, B. Shivamurthy, Thimmappa B.H.S, Aman Gupta, John Zhanhu Guo, Ilwoo Seok
Abstract
In today's modern world, extensive research has been performed to apply new materials to various components. With stiff competition in the market, industrialists are keen to use tailor-made materials to provide a cutting edge to their product. Out of all the materials available worldwide, composites can be tailor-made to satisfy one's needs. Therefore, compounds have played a pivotal part in the revolution of the material industry. Composites have high durability, ratio of power to mass, and high efficiency. These advantages have made composites as a core material for the aerospace, automobile, and defense sectors. In bio-composites, carbon fiber composites and glass fiber composites have been used to reduce cost and energy consumption. Natural fibers traditionally used as fillers have now been extensively used as reinforcements in bio-composites. The adoption of green technology aids in overcoming environmental pollution challenges. It can achieve sustainable development by substituting petroleum-based composites with bio-based composites. This review discusses the various commonly used matrices and biopolymers in Green Composites. The article highlights characterization techniques and suitable processing techniques that are used to manufacture green composites.