Experimental investigations on the wear properties of feed stock filament prepared from reinforced kitchen waste (Egg shell powder) in Nylon6 matrix by Manoj Verma
Abstract
In this research work, an effort has been made to study & investigate the wear properties of feed stock filament prepared from reinforced kitchen waste (egg shell powder) in Nylon6 matrix. Many of the researchers have developed the filaments wires by taking the various polymers as a single reinforcement, but hitherto no work has been reported on properties of reinforced egg shell powder in the Nylon6 matrix by controlling the (MFI) melt flow index. The present research work is based on the various variables (namely: Applied Load, Time & Rotational speed). Investigations were done to check the influence of process parameters on mechanical and metallurgical properties (like: tensile strength, wear rate, weight loss, frictional force,, and porosity). ANOVA (Analysis of variance) results highlighted that load applied during the wear test is the most dominant factor for the output parameters optimized i.e. frictional force, wear rate, weight loss and porosity. Minitab based approach has been used to optimize the output parameters and final results were further analyzed by photo-micrographs
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