Fabrication and Mechanical Testing of NFRC of Rice Husk and Egg Shell

The modern dynamic world can't imagine its development without bringing the concept of advancement in material composite. Various researches are going on in this field to achieve the desired standard. Natural fiber reinforced composite has a huge affinity to replace the composite made up of synthetic fiber. This is primarily because of the points of interest like light weight, non-harmful, non-grating, simple accessibility, minimal effort, and biodegradable properties. The engineered fibres have higher end of mechanical properties like rigidity and tensile modulus anyway the particular mechanical properties like tensile modulus and other particular (properties/particular gravity) of natural fiber gives a delightful outcome for composites when compared with manufactured fiber based composites. The objective of the present study is to investigate the mechanical behavior of RICE HUSK AND EGG SHELL fiber reinforced epoxy based composites. Rice husk and egg shell fibers with different length and contents are reinforced in epoxy resin to fabricate composite materials. The effect of fiber length and content on the mechanical behaviour of composites is studied.