Abstract
The paper presents an experimental study to investigate the effects of selecting different magnitudes of cutting insert's flank wear as tool life criterion on the sustainability measures of cylindrical grooving process. These sustainability measures include specific cutting energy, process cost, work surface quality, and productivity. A series of near-orthogonal cutting experiments were performed on a high-strength low alloy steel, which targeted also the quantification of the effects of work material's temper state and two cutting parameters. It was concluded from the analyses of the experimental results that tool life criterion possesses a strong significance on all the sustainability measures.
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