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This research addresses the influence of the Abrasive Water Jet Machining (AWJM) process parameters on the Chicken Feather Fiber (CFF) composite. The CFF composite was prepared using the waste chicken feather by a compression molding process. The AWJM experiments were conducted with different process parameters of water pressure (p), standoff distance (d), and nozzle transfer speed (s) and investigated their impact on surface roughness. The process parameter optimization has also been carried out, for better surface quality. The better surface quality was obtained for the combination of 350 MPa of water pressure, 80 mm/min of nozzle transfer speed, and 3 mm standoff distance. The surface quality has been improved using the optimized process parameters during the AWJM of the CFF composite in the confirmation experiments. Prediction of surface roughness has also been carried out by Artificial Neural Networks (ANN) and Response Surface Methodology (RSM) techniques. The comparison of the predicted surface roughness results with the experimental results has also been carried out, and the predicted results were very close to the experimental valves it shows the efficiency of the results.

Influence of AWJM process parameters on the surface quality of chicken feather fiber reinforced composite