Abstract
Surface quality is very important for the finished components. One of the most important parameters that define surface quality in milling is surface roughness . Depending on the cutting conditions chosen, different milling strategies can be applied. One of the ways to reduce the production costs is to optimize the number of inserts that are involved in machining. The aim of present paper is to investigate the behavior of surface roughness under the influence of the number of inserts used in an operation.
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