Experimental investigation on the effect of turning operation parameters on surface roughness of copper.

The progress of high-speed machinery has led to an accelerated component movement. Unfortunately, most manufacturing procedures yield surfaces that lack ideal geometric precision and surface quality. Each method is tailored to produce specific geometric surfaces and addresses distinct irregularities, necessitating meticulous application within a given production sequence. This study commences by elucidating industrial procedures for gauging the exact smoothness and roughness of finished surfaces. The present research undertook an analysis and comparison of surface finish effects on brass, considering varying speeds, depths of cut, and feed rates in the lathe turning process. Afterward, the samples underwent processing using a surface finish machine to determine the most effective surface finish. This involved synthesizing various surface parameters such as speed, feed, and depth of cut to achieve optimal results. The study encompassed rigorous conditions, including exposure to dust, hydrocarbon solutions, harsh chemicals, and solvents, aimed at enhancing the mechanical properties of metals. [ABSTRACT FROM AUTHOR]