Surface Roughness Investigation and Stress Modeling by Finite Element on Orthogonal Cutting of Copper
To study the surface roughness of commercially pure copper, a modern non-contacting optical technique was used in this work. The finite element (FE) technique was applied by simulating the machining process to predict the stress during orthogonal cutting. The experimental work focused primarily on the impact of the cutting speed (N) and the feed rate…
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