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@article{151984,
        author = {Anuj Pohankar and Harshal Wagh and Vrushabh Kadam and Praful Borikar and R. K. Bhoyar and Jeevan Hatwar and Ashutosh Neware},
        title = {A Study based on combination of Coconut leaf fibre (MCLF) and human hair hybrid  sandwich composites},
        journal = {International Journal of Innovative Research in Technology},
        year = {},
        volume = {8},
        number = {2},
        pages = {110-114},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=151984},
        abstract = {Nowadays , Environmental issues has become a big concern in 2021 due to rapid industrialization. It becomes a big deal for scientists and engineers to find new solutions for waste management , which do not hampered to the  environmental health ,it  brings three main objectives to deal waste management that is Reduce ,Reuse and Recycle. This approach  brings revolutionary development in eco-friendly composites for various applications mainly in automotive ,marine, chemical ,infrastructure, sporting goods etc. Almost there are various types of fibres  kenaf ,  jute, oil palm, cotton, banana, hemp and sisal, coconut coir,coconut midrib. Among them, human hair and coconut leaves are most easily available and cheap fibres. On the whole much amount of human hair and coconut leaf is produced by India as a waste product. Due to present of cortex keratin the hair has elastic property. Whereas coconut midrib fibres is ductile and ability to carry 2-3 times more stress than other  fibres  So the proper approach should be utilize  this waste as resources or raw material. Composites are very common and light weighted materials and so its applicable everywhere with different reinforce materials. Hence, the objective of this research is to make a review on mechanical properties of coconut leaf midrib-human hairs fibre reinforced polymer composites.},
        keywords = {Coconut  leaf midrib fibre, human hair, fibre reinforced concrete, advanced fibres, natural fibre.},
        month = {},
        }